AIMI Alessandra
 Curriculum Vitae
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CURRICULUM VITÆ ET STUDIORUM
Prof. Alessandra Aimi
Department of Mathematical, Physical and Computer Sciences Tel: (+39) 0521 906944
University of Parma Fax: (+39) 0521 906950
Parco Area delle Scienze, 53/A email: alessandra.aimi@unipr.it
43124 Parma  ITALY Homepage: http://alessandraaimi.wixsite.com/anumunipraimi
PERSONAL DATA
Place and date of birth: Fidenza (PR), April 22nd, 1967.
Citizenship: italian.
Civil status: married, 3 children
Place of residence: via fra’ S. Davoli 26, Fidenza (PR).
ACADEMIC POSITION
 28/03/2017: Qualification to Full Professorship
 Since October 1st , 2014: Associate Professor in Numerical Analysis, working at Mathematical, Physical and Computer Sciences Department of Parma University.
PREVIOUS POSITIONS AND GRANTS
 From 16/11/1997 to 30/09/2014: Assistant Professor in Numerical Analysis, working at Mathematics and Computer Science Department of Parma University.
 From 1/11/1994 to 31/10/1997: financially supported PhD student in Computational Mathematics and Operational Research at the University of Milano (X cycle).
 From 1/1/1992 to 31/10/1994: E.U.L.O. (Ente Universitario della Lombardia Orientale) grant holder, for research and teaching activities in Numerical Analysis at Engineering Faculty of Brescia University.
EDUCATION
 1998: PhD in Computational Mathematics with a thesis entitled: “New numerical integration schemes for the solution of (hyper)singular integral equations with Galerkin BEM” (supervisor: Prof. Mauro Diligenti).
1990: Graduated (summa cum laude) in Mathematics at Parma University, with a dissertation entitled: ”Un’applicazione del metodo degli invarianti ortogonali all’operatore dell’elasticità in un rettangolo” (supervisors: Prof. Lucilla Bassotti Rizza, Prof. Mauro Diligenti).
ATTENDANCE TO WORKSHOPS, SUMMER SCHOOLS AND SPECIALIZATION COURSES
• Workshop GNCS “Metodi di approssimazione locale con applicazioni all’analisi isogeometrica e alle equazioni integrali di contorno”, Florence, 2829 November 2019
• Workshop “INTEGRAL EQUATIONS: RECENT ADVANCES AND APPLICATIONS”, Politecnico di Torino, 2324 September 2019
• Workshop “Design of Reliable, Exact, and Applicationoriented techniques for geometric Modeling and numerical Simulations (DREAMS)”, INdAM, Rome, January 2226, 2018
• Workshop GNCS “New numerical techniques for the solution of transient problems by BEM”, University of Parma, October 2627, 2017
• INdAM Meeting “Structured matrices in Numerical Linear Algebra: Analysis, Algorithms and Applications, Cortona (Ar), September 48 2017
• Workshop “Due giorni di Algebra Lineare Numerica”, Università dell’Insubria, 1617 Febbraio 2017
• Workshop “Design of Reliable, Exact, and Applicationoriented techniques for geometric Modeling and numerical Simulations (DREAMS)”, Rome “Tor Vergata”, January 2627, 2016
• Workshop INdAMGNCS “Analisi isogeometrica e metodi agli elementi di contorno”, Parma, September 17, 2015
• Workshop IWATA “International Workshop on Approximation Theory and Applications”, Rifreddo (Potenza), September 1213, 2013
• Workshop GNCS “Accoppiamento di metodi numerici per BIEs e PDEs relative a problemi evolutivi esterni e multistrato”, Torino Polythecnic, February 1819, 2013
• Workshop “BEM on the Saar 2012”, Saarland University, Saarbrucken, May 1416, 2012
• Workshop GNCS “Tecniche numeriche per problemi di propagazione di onde elastiche in multidomini”, Parma University, January 31, 2012
• Workshop “Time Domain Boundary Integral Equations: Algorithms, Analysis, Applications”, Max Plank Institute for Mathematics in the Sciences, Leipzig, May 46, 2011
• Workshop “Spacetime Boundary Integral Equation Methods for Wave Propagation Problems”, Torino Polythecnic, September 9, 2010
• Workshop “Integral Equations: recent numerical developments and new applications”, Parma University, October 2930, 2009
• DWCAA09, 2nd Dolomites Workshop on Constructive Approximation and Applications, Alba
di Canazei (Trento), September 49, 2009
• International Workshop “Advanced Numerical Methods in Seismology”, Brescia University, November 17, 2008
• Workshop “Equazioni Integrali: recenti sviluppi numerici e nuove applicazioni”, Parma University, September 2728, 2007
• SIMAI Meeting on Applied Mathematics development perspectives in Italy, Parma University, May 1819, 2007
• Workshop “Algebra Lineare Numerica e Applicazioni”, Padua University, February 2627, 2007
• Workshop “Algebra Lineare Numerica e Applicazioni”, Pisa University, January 31 February 1, 2002
• Workshop “Teoria dell’approssimazione nell’ambito della risoluzione numerica di equazioni differenziali e integrali”, Cortona, September 2529, 1995
• International Workshop “Recent advances in Numerical Methods for P.D.E.”, Torino Polythecnic, February 1416, 1995
• “XII Scuola di Matematica Computazionale”, Vico Equense, September 715, 1994
• “XI Scuola di Matematica Computazionale”, Vico Equense, September 1525, 1993
• “X Scuola di Matematica Computazionale”, Maratea, September 212, 1992
• “Corso Express”, presso ACS, Milano, December 24, 1992
• “Tutorial course on Domain Decomposition Methods”, Pavia University, June 1113, 1992
ATTENDANCE TO NATIONAL AND INTERNATIONAL CONGRESSES
• Convegno GNCSINdAM 2020, Montecatini Terme, 1113 Febbraio 2020
• XXI Congresso U.M.I., Pavia, 27 Settembre 2019
• Waves 2019, Wien (Austria), 2630 August 2019
• NuMA 2018, Turin, 1921 September 2018
• SIMAI 2018, XIV Biannual Congress of SIMAI, Rome, 26 July 2018
• IABEM 2018, Paris (France), 2628 June 2018
• Convegno GNCSINdAM 2018, Montecatini Terme, 1416 Febbraio 2018
• ICNAAM 2017, Thessalonoki (Greece), 2529 September 2017
• SIMAI 2016, XIII Biannual Congress of SIMAI, Milano, 1316 Settembre 2016
• MAFELAP 2016, THE MATHEMATICS OF FINITE ELEMENTS AND APPLICATIONS 2016, Brunel UniversityLondon (Great Britain), 14  17 June 2016
• ECCOMAS 2016, 7th European Congress on Computational Methods in Applied Sciences and Engineering, Crete (Greece), June 510, 2016
• GNCSINdAM Congress, Montecatini Terme, February 24, 2016
• NETNA 2015, Falerna (Cosenza), 1820 Giugno 2015
• SMART 2014, Pontignano (Siena), 28 September1 October 2014
• ICNAAM 2014, Rodi (Grecia), 2228 September 2014
• WCCM XI, Barcelona (Spain), July 2025, 2014
• GNCSINdAM Congress, Montecatini Terme, February 1920, 2014
• BETEQ 2013, International Conference on Boundary Element Techniques, Paris, July 1618 2013
• Waves 2013, Gammarth (Tunisia), June 37, 2013
• GNCSINdAM Congress, Montecatini Terme, November 1516, 2012
• ECCOMAS 2012, 6th European Congress on Computational Methods in Applied Sciences and Engineering, Wien (Austria), September 1014, 2012
• SIMAI 2012, XI National Congress, Torino, June 2528, 2012
• SC2011, International Conference on Scientific Computing, S. Margherita di Pula, Cagliari, October 1014, 2011
• XIX UMI Congress, Bologna, September 1217, 2011
• IABEM 2011, Brescia, September 58, 2011
• ICNAAM 2010, Rodi (Grecia), September 1925, 2010
• X SIMAI Congress, Cagliari, June 2125, 2010
• ECCM 2010, IV European Conference on Computational Mechanics, Paris (France), May 1621, 2010
• CMMSE 2009, 9th Intenational Conference on Computational and Mathematical Methods in Science and Engineering, Gijon (Spain), June 30 –July 3, 2009
• Waves 2009, Pau (France), June 1519, 2009
• GNCSINdAM Congress, Montecatini Terme, February 35, 2009
• IX SIMAI Congress, Rome, September 1519, 2008
• GNCSINdAM Congress, Montecatini Terme, February 46, 2008
• XVIII AIMETA National Congress, Brescia, September 1114, 2007
• BETEQ 2007, International Conference on Boudary Element Techniques, Naples, July 2426, 2007
• IABEM 2006, Symposium of the International Association for Boundary Element Methods, Graz (Austria), July 1012, 2006
• VIII SIMAI Congress, Baia Samuele (Ragusa), May 2226, 2006
• XVII AIMETA National Congress, Florence, September 1115, 2005
• NAC 2005, International Conference of Numerical Analysis, Arcavacata di Rende, May 1921, 2005
• VII SIMAI Congress, Venice, September 2024, 2004
• ICCAM 2002, Tenth International Congress on Computational and Applied Mathematics, Leuven (Belgium), July 2226, 2002
• IABEM 2002, Symposium of the International Association for Boundary Element Methods, Austin (Texas), May 2830 2002
• XV AIMETA National Congress, Taormina, September 2629, 2001
• A4A4, The Fourth International Symposium on Algorithms for Approximation, Huddersfield (UK), July 1520, 2001
• IABEM 2000, Symposium of the International Association for Boundary Element Methods, Brescia, July 47, 2000
• V SIMAI National Congress, Ischia Porto, June 59, 2000
• IABEM International Symposium on Boundary Element Methods, Ecole Polytechnique, Palaiseau (Parigi), May 2629, 1998
• National Congress of Numerical Analysis, Montecatini Terme, April 1517, 1998
• IABEM Symposium: Fundamental solutions in Boundary Elements: formulation and integration, Seville (Spain), June 1820, 1997
• XII AIMETA National Congress, Naples, October 36, 1995
• II SIMAI National Congress, Anacapri, May 31June 3, 1994
SCIENTIFIC COMMUNICATIONS
(The asterisk * denotes personally presented talks, the circle ° invited)
2019: “Adaptive relaxation based BEMFEM coupling for estimating anchor losses in MEMS”, Workshop GNCS, 2019
2019*°: “A kernel expansion based Energetic BEM applied to Neumann exterior wave propagation problems with damping”, Workshop “INTEGRAL EQUATIONS: RECENT ADVANCES AND APPLICATIONS”, 2019
2019*°: “Energetic BEM for elastodynamics exterior problems”, XXI Congresso U.M.I. 2019
2019: “Numerical aspects of Energetic Boundary Element Method for 2D soft scattering in linear elastodynamics”, Waves 2019
2018: ”Integral Approach to Asian Barrier Option Pricing”, ICNAAM 2018
2018: ”Application of energetic BEM to 2D elastodynamic scattering problems”, SIMAI 2018
2018: “BEMFEM coupling for estimating anchor losses in MEMS”, SIMAI 2018
2018: ”A stable 2D energetic Galerkin BEM approach for linear elastodnamic problems”, IABEM 2018
2018: “BEMFEM coupling for estimating anchor losses in MEMS”, IABEM 2018
2018*°: “An IgA approach to Energetic BEM: preliminary results”, DREAMS Workshop 2018
2017: “Efficient assembly based on Bspline tailored quadrature rules for the IgASGBEM”, Workshop GNCS 2017
2017: “Energetic BEM for soft and hard scattering of 2D damped waves by open arcs”, Workshop GNCS 2017
2017*°: “Energetic BEM for the numerical solution of 2D damped waves propagation exterior problems”, ICNAAM 2017
2017*°: “On the Energetic Galerkin BEM and its algebraic reformulation”, INdAM Meeting “Structured matrices in Numerical Linear Algebra: Analysis, Algorithms and Applications”, Cortona
2017: “Energetic BEM for soft and hard scattering of 2D damped waves by open arcs”, XVII CMMSE Conference
2017: “Numerical pricing of geometric asian options with barriers”, XVII CMMSE Conference
2017: “Platonic Solids, Restriction Matrices and SpaceTime Energetic Galerkin BEM”, Workshop “Due Giorni di Algebra Lineare Numerica”, Como
2016*: “Energetic BEM for the numerical analysis of damped wave propagation exterior problems”, XIII SIMAI 2016 Congress
2016: “Development of a basisoriented assembly strategy suited for isogeometric Galerkin BEMs”, XIII SIMAI 2016 Congress
2016*°: “An isogeometric approach to Symmetric Galerkin Boundary Element Method”, MAFELAP 2016
2016*: “Energetic BEM for the numerical solution of damped wave propagation exterior problems”, ECCOMAS 2016
2016*: “Analisi isogeometrica e metodi agli elementi di contorno”, GNCSINdAM 2016 Congress
2015: “Current and future developments of IGASGBEM”, INdAMGNCS Study Day, Parma
2015*: “Efficient spline alternatives to Lagrangian basis in Symmetric Galerkin BEM”, NETNA 2015
2014*: “Isogemetric Analysis and Symmetric Galerkin BEM: a 2D numerical study”, SMART 2014
2014*°: “Energetic BEMFEM coupling for the numerical solution of the damped wave equation”, ICNAAM 2014
2014*: “Numerical analysis of the damped wave equation by “energetic” formulations”, WCCM XI
2014: “Analysis of Damped Waves Using Energetic BEMFEM Coupling”, BeTeq 2014
2014*: “Metodi fast per la risoluzione numerica di sistemi di equazioni integrodifferenziali”, GNCSINdAM 2014 Congress
2013*: “Energetic BEMFEM for 2D wave propagation problems”, IWATA 2013
2013*: “Energetic BEMFEM coupling for wave propagation in layered media”, BeTeq 2013
2013*: “Energetic BEMFEM coupling for wave propagation in unbounded domains”, Waves 2013
2013: “BEMFEM coupling for the onedimensional KleinGordon equation”, Waves 2013
2013: “Platonic Solids, Restrictions Matrices and SpaceTime Energetic Galerkin BEM”, Waves 2013
2013*: “Accoppiamento di metodi numerici per BIEs e PDEs relative a problemi evolutivi esterni e multistrato”, GNCS Workshop
2012*: “Accoppiamento di metodi numerici per BIEs e PDEs relative a problemi evolutivi esterni e multistrato”, GNCSINdAM 2012 Congress
2012: “Restriction matrices for exploiting symmetry in 3D wave propagation analysis by Energetic BEM”, ECCOMAS 2012
2012*: “An energetic approach to BEMFEM coupling for wave propagation phenomena”, XI SIMAI Congress
2012: “A stable energetic Galerkin BEM for 3D wave propagation interior problems”, XI SIMAI Congress
2012*°: “An energy based BEMFEM coupling for wave propagation problems: first results”, Workshop “BEM on the Saar”
2011*: “On the regularization of Galerkin BEM hypersingular bilinear forms”, SC2011
2011*: “Un metodo BEM energetico di tipo Galerkin per problemi di propagazione di onde”, XIX UMI Congress
2011: “On the energetic Galerkin BEM applied to 3D wave propagation problems”, IABEM 2011
2011: “Variational formulation for the energetic approach to 2D wave propagation boundary integral equations”, IABEM 2011
2011*°: “Energetic Galerkin BEM and domain decomposition for 2D wave propagation problems in multilayered media”, Workshop “Time Domain Boundary Integral Equations: Algorithms, Analysis, Applications”
2010: “Energetic Galerkin BEM for 2D wave propagation problems in piecewise homogeneous media”, ICNAAM 2010
2010: “Multidomain BEM for two dimensional problems of wave propagation”, X SIMAI Congress
2010: “Exploiting geometrical symmetries in spacetime BIEs discretization”, ECCM 2010
2009: “Efficient numerical integration schemes for the discretization of hypersingul ar BIEs
related to wave propagation problems”, DWCAA09 Workshop
2009: “Numerical integration schemes for the discretization of BIEs related to wave propagation problems”, IX CMMSE Conference
2009: “Developments in Boundary Element Methods for Wave propagation problems”, GNCS Congress
2008: “Boundary element methods for earthquake simulations: an introduction”, International Workshop “Advanced Numerical Methods in Seismology”
2008: “An energy approach for timedomain boundary integral formulations of the wave equation”, IX SIMAI Congress
2008: “On analytical integrations and time marching schemes in 3D BEM elastodynamics”, Workshop “BEM on the Saar”
2008: “A spacetime energetic approach for BEM related to wave propagation analysis”, Workshop “BEM on the Saar”
2008: “A spacetime energetic approach for BEM related to wave propagation analysis in layered media”, GNCS Congress
2007*: “An energetic spacetime weak formulation for BIEs related to the wave problem”, Workshop “Equazioni Integrali: recenti sviluppi numerici e nuove applicazioni”
2007: “Spacetime variational formulations for BIEs related to the wave problem”, XVIII AIMETA Congress
2007: “Numerical results for the wave propagation problem with spacetime boundary element method”, XVIII AIMETA Congress
2007: “Numerical results of onedimensional wave propagation analysis in layered media”, BETEQ 2007
2007: “Remarks on spacetime variational formulations for BIEs related to the wave problem”, BETEQ 2007
2007: “Onedimensional wave propagation analysis in layered media by BEMs”, SIMAI Meeting 2007
2006*: “Numerical Integration Schemes for PetrovGalerkin Infinite BEM”, IABEM 2006 Conference
2006*: “Numerical approximation of a BGKtype relaxation model for reactive mixtures”, VIII SIMAI Congress
2006*: “Numerical Integration Schemes for hypersingular integrals on the real line”, VIII SIMAI Congress
2005: “BEM simulations over unbounded domains”, XVII AIMETA National Congress
2004*: “Restriction Matrices and Panel Clustering Method for multidomain SGBEM”, VII SIMAI Congress
2003: “Restriction Matrices and Domain Decomposition Method for SGBEM Applications”, XVI AIMETA National Congress
2002*: “Groups Representation Theory and Restriction Matrices”, ICCAM X
2002*: “Restriction Matrices for SGBEM Application”, IABEM 2002 Conference
2002: “Use of panel clustering method in numericalanalytical schemes for 3D SGBEM”, VI SIMAI National Congress
2001: “A panel clustering algorithm for 3D SGBEM with analytical inner integrations in elasticity”, XV AIMETA National Congress
2001*: “Geometrical symmetry and restriction matrices”, XV AIMETA National Congress
2001*: “Geometrical Symmetry in Symmetric Galerkin BEM ”, International Symposium ALGORITHMS FOR APPROXIMATION IV
2000*: “Numerical integration in 3D Galerkin BEM solution of HBIEs”, IABEM 2000
2000*: “Hypersingular kernel integration in 3D Galerkin boundary element method”, SIMAI National Congress
1998*: “Nuovi schemi di integrazione numerica per la risoluzione di equazioni integrali (iper)singolari con il metodo di Galerkin agli elementi di contorno”, National Congress of Numerical Analysis
1998*: “Some results on analytical and numerical integration in 3D Galerkin BEM solution of HBIEs”, IABEM International Symposium on Boundary Elements Method
1997*: “Numerical integration schemes for evaluation of (hyper)singular integrals in 2D BEM”, IABEM WorkshopFundamental solutions in Boundary Elements: formulation and integration
1995*: “Applications of the hp version of symmetric boundary element method”, XII AIMETA National Congress
1994*: “Analisi di due algoritmi per la risoluzione in parallelo di problemi ellittici al contorno”, II SIMAI National Congress
INVITED CONFERENCES
4th February 2020: “Accurate quadrature schemes for Energetic BEM applied to 2D linear elastodynamics”, Department of Mathematics, University of Turin
27th Janaury 2016: “IgASGBEM: an overview”, Workshop “Design of Reliable, Exact, and Applicationoriented techniques for geometric Modeling and numerical Simulations (DREAMS)”, University of Rome “Tor Vergata”
8th January 2014: “Energetic BEMFEM coupling for the numerical solution of wave propagation problems in unbounded multidomains”, Department of Mathematics and Computer Science, University of Florence
27th May 2013: “Energetic BEMFEM coupling for wave propagation in unbounded media”, MOX Seminars, Polytechnic of Milan
2325 November 2011: “An energy approach to spacetime Galerkin BEM for exterior wave propagation problems”, INRIA, Monthly POEMS Seminars, Rocquencourt (Paris)
9 September 2010: “An energy approach to spacetime Galerkin BEM for wave propagation problems”, Workshop “Spacetime Boundary Integral Equation Methods for Wave Propagation Problems”, Torino Polythecnic
SCIENTIFIC PARTICIPATION / RESPONSIBILTY RELATED TO INTERNATIONAL AND NATIONAL RESEARCH PROJECTS, SELECTED FOR FUNDING ON THE BASIS OF COMPETITIVE CALLS INVOLVING PEER REVIEW
 GNCS 2020 (12 months): “Metodologie innovative per problemi di propagazione di onde in domini illimitati: aspetti teorici e computazionali” (participant)
 MINECO 2019 (36 mesi): “Predictive Models for Risk in Insurance and Finance” Project granted by Spanish government  Grant code: PID2019105986GBC21 (partecipante)
 Fondazione ACRI 2019 (responsible)
 Fondazione CARIPARMA 2019 (participant)
 GNCS 2019 (12 months): “Metodi di approssimazione locale con applicazioni all'analisi isogeometrica e alle equazioni integrali di contorno” (participant)
 GNCS 2018 (12 months): “Sviluppo di tecniche efficienti e accurate per metodi BEM” (participant)
 Fondazione CARIPARMA 2017 (responsible)
 GNCS 2017 (7 months): “Nuove tecniche numeriche per la risoluzione di problemi evolutivi mediante il metodo degli elementi di contorno” (responsible)
 GNCS 2016 (12 months): “Approccio isogeometrico e tecniche di quadratura per il metodo agli elementi di contorno in 3D” (participant)
 FIL 2014 – Quota Incentivante (12 months): research activity funded by UNIPR, through local call, and selected by peer review, focused on “Metodi numerici per il pricing di opzioni con barriera” (participant)
 GNCS 2015 (12 months): “Analisi isogeometrica e metodi agli elementi di contorno” (responsible)
 GNCS 2014 (12 months): “Dall’Approssimazione all’Algebra Lineare: metodi numerici per l’Analisi Isogeometrica” (participant)
 GNCS 2013 (12 months): “Metodi fast per la risoluzione numerica di sistemi di equazioni integrodifferenziali” (responsible)
 GNCS 2012 (12 months): “Accoppiamento di metodi numerici per BIEs e PDEs relative a problemi evolutivi esterni e multistrato” (responsible)
 GNCS 2011 (12 months): “Tecniche numeriche per problemi di propagazione di onde elastiche in multidomini” (responsible)
 PRIN 2009 (24 months): “Tecniche numeriche BEM per problemi di propagazione di onde elastiche” (participant to Parma Unit – Local responsible: Prof. M. Diligenti)
 PRIN 2007 (24 months): “Tecniche numeriche BEM per problemi di propagazione di onde elastiche” (participant to Parma Unit – Local responsible: Prof. M. Diligenti)
 PRIN 2004 (24 months): “Teorie cinetiche in presenza di fenomeni non conservativi” (Parma Unit: resp. Prof. G. Spiga)
 PRIN 2003 (24 months): “Metodi computazionali ad alta accuratezza nell'elettromagnetismo e nella modellizzazione ambientale” (participant to Torino Polytechnic Unit – Local responsible: Prof. G. Monegato)
 PRIN 2000 (24 months): “Trattamento numerico di modelli alle derivate parziali aventi soluzioni irregolari e/o strutturate” (participant to Torino Polytechnic Unit – Local responsible: Prof. C. Canuto)
 PRIN 1998 (24 months): “Trattamento numerico di modelli alle derivate parziali avanti soluzioni irregolari” (participant to Torino Polytechnic Unit – Local responsible: Prof. C. Canuto)
RESEARCH FELLOWSHIPS AT FOREIGN AND INTERNATIONAL HIGH QUALITY ORGANISATIONS AND RESEARCH INSTITUTES
• 23 August5 September 2020: MFO, Oberwolfach
• July 2020 (postponed to July 2021): CRM, Barcelona
• November 2011: INRIA, Rocquencourt (Paris)
EDITORIAL ACTIVITY AND ACTIVITY AS A REVIEWER
 From 2018: member of the Editorial Board of the Rivista di Matematica dell’Università di Parma
I act as a Reviewer for several international scientific journals, among which:
Applied Mathematics and Computation
Applied Numerical Mathematics
Communications in Nonlinear Sciences and Numerical Simulation
Computational Mechanics
Computer Methods in Applied Mechanics and Engineering
CMES: Computer Modeling in Engineering and Sciences
Computer Physics Communications
Computers and Mathematics with Applications
Engineering Analysis with Boundary Elements
International Journal for Numerical Methods in Engineering
International Journal of Computational Methods
Journal of Computational and Applied Mathematics
Journal of Computational Methods in Sciences and Engineering
Journal of Scientific Computing
Linear Algebra and its Applications
Mathematical Methods in the Applied Sciences
Mediterranean Journal of Mathematics
Numerical Algorithms
Rendiconti del Seminario Matematico Università e Politecnico di Torino
SIAM Journal of Scientific Computing
Springer INdAM Series
I’m also a Reviewer for
Mathematical Review
RESEARCH TOPICS
The main topics of my research are:
1. Galerkin Boundary Element Method (Galerkin BEM). After a considerable experience, firstly gained in the years of PhD studies, in the field of numerical solution of elliptic boundary value problems via symmetric integral reformulation and Galerkin BEM, since 2008 I’ve started addressing the study of wave propagation problems, reformulated in terms of boundary integral equations directly in spacetime domain. After a careful analysis of the few weak formulations of these integral problems existing in literature, a new weak formulation has been introduced, related to the energy of the differential model, which led in the discretization phase to the socalled "Energetic Galerkin BEM", for which stability and convergence theoretical results have been obtained. The first applications of this method concerned elastodynamics onedimensional problems and 2D and 3D scalar wave propagation problems. Then, this approach has been extended to multidomain problems, numerically solved by Energetic Galerkin BEM and Domain Decomposition technique. Now, the energetic BEMFEM coupling technique is studied for the numerical resolution of wave propagation problems in presence of damping phoenomena. Further, the introduction of the new Isogeometric Approach, born in FEM context, has begun being studied both for BEM applied to elliptic problems and for energetic BEM applied to hyperbolic problems.
2. Numerical integration schemes for double integrals with weakly singular, strongly singular (Cauchy principal value integrals) and hypersingular (Hadamard finite part integrals) kernels, involved in the definition of the elements of linear systems related to discretizations made by Symmetric Galerkin BEM (SGBEM), based on approximating piecewise polynomial functions of arbitrary local degree. Using product quadrature formulas of interpolatory type for logarithmic or rational kernels, a Radau type formula for the approximation of Hadamard finite part integrals and a formula for the approximation of integrals of analytic functions in the interval of integration with weak singularities at the endpoints, numerical integration schemes for 2D problems were introduced in literature, that allow the evaluation of the linear system of Galerkin BEM discretization with the usual FEM technique, i.e. working element by element on the decomposition of boundaries with piecewise regular parametric representation. These numerical quadrature schemes only require the user to define a mesh, not necessarily uniform, on the boundary and to specify the local degree of the approximated solution. Moreover, they are actually suitable for the construction of h, p, hp, also adaptive, versions of SGBEM. Exploiting the results of convergence of basic quadrature formulas, the consistency analysis of the introduced numerical schemes has been developed and asymptotic estimates for the integration error were obtained. To check the efficiency of these quadrature schemes several numerical simulations on potential, linear elasticity, fracture mechanics problems have been performed: the agreement between the numerical results and accuracy estimates, well known in literature, was excellent. Later on, the above numerical integration schemes have been extended to Galerkin BEM for 3D problems which obviously have, compared to the previous ones, a significantly greater difficulty level: in fact, one must numerically evaluate four consecutive onedimensional integrals each having integrand functions with particular singularity. Further, the above quadrature schemes for 2D problems have been reconsidered, on one hand with the aim of analyzing their efficiency in the field of Galerkin BEM for interface problems (on multidomains), the other with the aim to extend their use to the numerical resolution, by means of PetrovGalerkin method, of boundary integral equations coming from the reformulation of elliptic problems defined on unbounded domains with unbounded boundary, such as potential and linear elasticity problems defined of halfplanes, unbounded quadrants, infinite strips.
Recently, the above descrive quadrature schemes for singular integrals have been exploited also in the frame work of energetic BEM applied to wave propagation problems, for what concerns the integrations w.r.t. space variables.
3. Reformulation, in a discrete framework, of the Decomposition into Subspaces method, through the introduction of appropriate restriction matrices that allow a reduction of computational cost in the discretization phase of 2D and 3D, static or dynamic, problems, in their differential or integral formulation, having some symmetry properties. In particular, these restriction matrices decompose the linear systems coming from the finite element (FEM) or the boundary element (BEM) discretization into independent linear subsystems of reduced size to be possibly solved in parallel. In case of partial symmetry properties of the problem, they are able to provide excellent preconditioners. Some topics studied at the beginning of my scientific activity, such as numerical evalulation of eigenvalues of mathematical physics operators and parallel computing on transputers networks, have to be understood in the context of the Decomposition into Subspaces method.
SCIENTIFIC PRODUCTION
Research papers (on Scientific Journals or Books with peer review process):
[57AR] A.Aimi, L.Desiderio, P.Fedeli, A.Frangi: “A fast boundaryfinite element approach for estimating anchor losses in MicroElectricMechanical Sysyem resonators”, Appl. Math. Model., in press, (2021)
[56AR] A.Aimi, M.Diligenti, C.Guardasoni: “Energetic Boundary Elemet Method for accurate solution of damped waves hard sattering problems”, J. Eng. Math., 127:29, 130, (2021)
[55AR] A.Aimi, F.Calabrò, A.Falini, M.L.Sampoli, A.Sestini: “Quadrature formulas based on spline quasiinterpolation for hypersingular integrals arising in IgABEM”, Comput. Methods Appl. Mech. Engrg,, 372, 113441, 123, (2020)
[54AR] A.Aimi, L.Desiderio, M.Diligenti, C.Guardasoni: “Application of Energetic BEM to 2D Elastodynamic Soft Scattering Problems”, Communications in Applied and Industrial Mathematics, 10 (1), 182198, (2019)
[53AR] A.Aimi, M.Diligenti, C.Guardasoni: “Restrictions matrices for Platonic solids invariance and applications to spacetime energetic BEM”, J. Comp. Appl. Math., 360, 1840, (2019)
[52AR] A. Aimi: “An Isogeometric approach to Energetic BEM: preliminary results”, in C.Giannelli, H.Speleers (Eds.), Springer INdAM Series, 35, 121, (2019)
[51AR] A.Aimi, M.Diligenti, C.Guardasoni: “Energetic BEM for the numerical solution of 2D hard scattering problems of damped waves by open arcs”, in D.Bini, F.Di Benedetto (Eds.), Springer INdAM Series, 30, 267283, (2019)
[50AR] A.Aimi, F.Martuzzi, E.Bignetti: “Rational curves modeling psychophysical tests data: a computational approach compatible with TBM cognitive model”, Far East Journal of Mathematical Sciences, 107 (1), 81108, (2018)
[49AR] A.Aimi, L.Diazzi, C.Guardasoni: “Numerical pricing of geometric asian options with barriers”, Mathematical Methods in the Applied Sciences, DOI: 10.1002/mma.5179, 41, 75107529, (2018)
[48AR] A.Aimi, L.Diazzi, C.Guardasoni: “Efficient BEMBased Algorithm for Pricing Floating Strike Asian Barrier Options (with MATLAB Code)”, Axioms, 7(2), 40, 117, (2018)
[47AR] A.Aimi, F.Calabrò, M.Diligenti, M.L.Sampoli, G.Sangalli, A.Sestini: “Efficient assembly based on Bspline tailored quadrature rules for the IgASGBEM”, Comput. Methods Appl. Mech. Engrg., 331, 327–342, (2018)
[46AR] A.Aimi, C.Guardasoni: “Collocation Boundary Element Method for the pricing of Geometric Asian Options”, Engineering Analysis with Boundary Elements, 92, 90100, (2018)
[45AR] A.Aimi, M.Diligenti, C.Guardasoni: “Energetic BEM for the numerical analysis of 2D Dirichlet damped wave propagation exterior problems”, Communications in Applied and Industrial Mathematics, 8(1), 103127, (2017)
[44AR] A.Aimi, M.Diligenti, C.Guardasoni: “Energetic BEMFEM coupling for the numerical solution of the damped wave equation”, Adv. Comp. Math., 43, 627651, (2017)
[43AR] A.Aimi, M.Diligenti, C.Guardasoni: “Comparison between numerical methods applied to damped wave equation”, J. Int. Eq. Appl., 29(1), 5–40, (2017)
[42AR] A.Aimi, M.Diligenti, M.L.Sampoli, A.Sestini: “Nonpolynomial spline alternatives in Isogeometric Symmetric Galerkin BEM ”, Appl. Num. Math., 116, 10–23, (2017)
[41AR] A.Aimi, M.Diligenti, M.L.Sampoli, A.Sestini: “Isogemetric Analysis and Symmetric Galerkin BEM: a 2D numerical study”, Appl. Math. Comp., 272, 173–186, (2016)
[40AR] A.Aimi, G.Buffoni, M.Groppi: “Decomposition of a planar vector field into irrotational and rotational components”, Appl. Math. Comp., 244, 6390, (2014)
[39AR] A.Aimi, L.Desiderio, M.Diligenti, C.Guardasoni: “A numerical study of energetic BEMFEM applied to wave propagation in 2D multidomains”, Publications de l'Institut Mathématique, 96 (110), 5–22, (2014)
[38AR] A.Aimi, S.Panizzi: “BEMFEM coupling for the 1D KleinGordon equation”, Numerical Methods for Partial Differential Equations30 (6), 20422082, (2014)
[37AR] A.Aimi, M.Diligenti, A.Frangi, C.Guardasoni: “Energetic BEMFEM coupling for wave propagation in 3D multidomains”, Internat. j. Numer. Methods Engrg., 97, 377–394, (2014)
[36AR] A.Aimi, S.Panizzi: “On the regularization of bilinear forms with hypersingular kernel”, Appl. Comput. Math., 12 (2), 184210, (2013)
[35AR] A.Aimi, M.Diligenti, A.Frangi, C.Guardasoni: “Neumann exterior wave propagation problems: computational aspects of 3D energetic Galerkin BEM”, Comp. Mech., DOI: 10.1007/s0046601207965, 51, 475493, (2013)
[34AR] A.Aimi, M.Diligenti, C.Guardasoni, S. Panizzi: “Energetic BEMFEM coupling for wave propagation in layered media”, Communications in Applied and Industrial Mathematics, 3, No. 2, 121, (2012)
[33AR] A.Aimi, M.Diligenti, A.Frangi, C.Guardasoni: “A stable 3D energetic Galerkin BEM approach for wave propagation interior problems”, Engineering Analysis with Boundary Elements, 36, 17561765, (2012)
[32AR] A.Aimi, M.Diligenti, C.Guardasoni: “Restriction matrices in spacetime energetic BEM”, Engineering Analysis with Boundary Elements, 36, 12561271, (2012)
[31AR] A.Aimi, S.Gazzola, C.Guardasoni: “Energetic boundary element method analysis of wave propagation in 2D multilayered media”, Mathematical Methods in the Applied Sciences, 35, 11401160, (2012)
[30AR] A.Aimi, S.Gazzola, C.Guardasoni: “Energetic BEM for domain decomposition in 2D wave propagation problems”, Communications in Applied and Industrial Mathematics, 2 No.1, 122, (2011)
[29AR] A.Aimi, M.Diligenti, C.Guardasoni: “Numerical integration schemes for applications of energetic Galerkin BEM to wave propagation problems”, Riv. Mat. Univ. Parma, 2, 147187, (2011)
[28AR] A.Aimi, M.Diligenti, C.Guardasoni: “On the energetic Galerkin boundary element method applied to interior wave propagation problems”, J. Comp. Appl. Math., 235, 1746–1754, (2011)
[27AR] A.Aimi, M.Diligenti, S.Panizzi: “Energetic Galerkin BEM for wave propagation Neumann exterior problems”, CMES, 58, 185–219, (2010)
[26AR] A.Aimi, M.Diligenti, C.Guardasoni: “Numerical integration schemes for spacetime hypersingular integrals in energetic Galerkin BEM”, Numer. Algorithms, 55, 145–170, (2010)
[25AR] A.Aimi, M.Diligenti, I.Mazzieri, S.Panizzi, C.Guardasoni: “A spacetime Galerkin BEM for 2D exterior wave propagation problems”, in Applied and Industrial Mathemathics in Italy III, Series on Advances in Mathematics for Applied Sciences, De Bernardis E., Spigler R., Valente V., (Eds.), Vol. 82, World Scientific, 1324, (2010)
[24AR] A.Aimi, M.Diligenti, C.Guardasoni, I.Mazzieri, S.Panizzi: “An energy approach to spacetime Galerkin BEM for wave propagation problems”, Internat. j. Numer. Methods Engrg., 80, 1196–1240, (2009)
[23AR] A.Aimi, M.Diligenti: “A new spacetime energetic formulation for wave propagation analysis in layered media by BEMs”, Internat. j. Numer. Methods Engrg.,75, 11021132, (2008)
[22AR] A.Aimi, M.Diligenti, C.Guardasoni, S.Panizzi: “A spacetime energetic formulation for wave propagation analysis by BEMs”, Riv. Mat. Univ. Parma, (7) 8, 171207, (2008)
[21AR] A.Aimi, M.Diligenti: “Numerical Integration Schemes for PetrovGalerkin Infinite BEM”, Appl. Numer. Math., 58, 10841102, (2008)
[20AR] A.Aimi, M.Diligenti: “Restriction Matrices for Numerically Exploiting Symmetry”, Adv. Comput. Math., 28, 201235, (2008)
[19AR] A.Aimi, M.Diligenti, M.Groppi, C.Guardasoni: “On the numerical solution of a BGKtype model for chemical reactions”, European J. Mech. –B/Fluids , 26, 455472, (2007)
[18AR] A.Aimi, M.Diligenti: “Numerical Integration Schemes for hypersingular integrals on the real line”, Communications to SIMAI Congress, 2, 110, (2007)
[17AR] A.Aimi, M.Diligenti, M.Groppi, C.Guardasoni: “Numerical approximation of a BGKtype relaxation model for reactive mixtures”, in Applied and Industrial Mathemathics in Italy II, Series on Advances in Mathematics for Applied Sciences, Cutello V., Fotia G., Puccio L.(Eds.), Vol. 75, World Scientific, Singapore, 112, (2007)
[16AR] A.Aimi, M.Diligenti, F.Freddi: “Numerical aspects in the SGBEM solution of softening cohesive interface problems”, J. Comp. Appl. Math. , 210, 2233, (2007)
[15AR] A.Aimi, M.Diligenti, A.Salvadori: “Restriction Matrices and Symmetric Panel Clustering Method for multidomain SGBEM”, in M.Primicerio, R.Spigler, V.Valente (Eds.): Applied and Industrial Mathemathics in Italy, Series on Advances in Mathematics for Applied Sciences, Vol. 69, World Scientific, London, 112, (2005)
[14AR] A.Aimi, M.Diligenti, F.Lunardini: “Panel Clustering Method and Restriction Matrices for Symmetric Galerkin BEM”, Numer. Algorithms, 40, 355382, (2005)
[13AR] A.Aimi, M.Diligenti, F.Freddi, A.Salvadori: “Restriction Matrices for SGBEM Applications”, Comp. Mech., 32, 430444, (2003)
[12AR] A.Aimi, M.Diligenti, F.Lunardini, A.Salvadori: “A New Application of the Panel Clustering Method for 3D SGBEM”, CMES: Computer Modeling in Engineering & Sciences, 4, 1, 3149, (2003)
[11AR] A.Aimi, L.Bassotti, M.Diligenti: “Groups of Congruences and Restriction Matrices”, BIT Numerical Mathematics, 43, 671693, (2003)
[10AR] A.Aimi, M.Diligenti: “Numerical integration in 3D Galerkin BEM solution of HBIEs”, Comp. Mech., 28, 233249, (2002)
[9AR] A.Aimi, M.Diligenti: “Hypersingular kernel integration in 3D Galerkin boundary element method”, J. Comp. Appl. Math., 138, 1, 5172, (2002)
[8AR] A.Aimi, L.Bassotti, M.Diligenti: “Analisi di algoritmi per la risoluzione in parallelo di problemi al contorno di tipo ellittico”, Riv. Mat. Univ. Parma, (6) 3 , 219244 , (2000)
[7AR] A.Aimi, M.Diligenti, G.Monegato: “Numerical integration schemes for the BEM solution of hypersingular integral equations”, Internat. j. Numer. Methods Engrg., 45, 18071830, (1999)
[6AR] A.Aimi: “New numerical integration schemes for the solution of (hyper)singular integral equations with Galerkin BEM”, Bollettino U.M.I., (8) 2A Suppl., 177179, (1999)
[5AR] A.Aimi, A.Carini, M.Diligenti, G.Monegato: “Numerical integration schemes for evaluation of (hyper)singular integrals in 2D BEM”, Comp. Mech., 22 (1), 111, (1998)
[4AR] A.Aimi, M.Diligenti: “Error analysis for singular integral evaluation on piecewise smooth curves in Galerkin BEM”, Riv. Mat. Univ. Parma, (6) 1 ,181205, (1998)
[3AR] A.Aimi, M.Diligenti, G.Monegato: “New numerical integration schemes for applications of Galerkin BEM to 2D problems”, Internat. j. Numer. Methods Engrg., 40, 19771999, (1997)
[2AR] A.Aimi, M.Diligenti: “Stima dell’errore nel calcolo degli autovettori nel problema del Buckling di una piastra incastrata al bordo”, Calcolo, 30 (2), 171187, (1993)
[1AR] A.Aimi, M.Diligenti: “Difetti ed eccessi degli autovalori del classico problema di Buckling”, Calcolo, 29 (34), 313328, (1992)
Research papers or abstracts in Conference Proceedings:
[64AC] A.Aimi: “A kernel expansion based Energetic BEM applied to Neumann exterior wave propagation problems with damping”, Workshop “INTEGRAL EQUATIONS: RECENT ADVANCES AND APPLICATIONS”– Abstracts, 1p., (2019)
[63AC] A.Aimi: “Energetic BEM for elastodynamics exterior problems”, XXI Congresso U.M.I. – Abstracts, 1p., (2019)
[62AC] A.Aimi, G.Di Credico, M.Diliegnti, C.Guardasoni: “Numerical aspects of Energetic Boundary Element Method for 2D soft scattering in linear elastodynamics”, Book of Abstract, 14th International Conference on Mathematical and Numerical Aspects of Waves (Waves 2019), 380381, (2019)
[61AC] A.Aimi, L.Diazzi, C.Guardasoni: “Integral Approach to Asian Barrier Option Pricing “, ICNAAM 2018  AIP Conference Proceedings Vol. 2116, 450019; DOI: 10.1063/1.5114486, ISBN: 9780735418547, pp. 14, (2019)
[60AC] A.Aimi, S. Chaillat, L. Desiderio, M.Diligenti, P.Fedeli, A.Frangi: “BEMFEM coupling for estimating anchor losses in MEMS”, Book of Abstract SIMAI 2018, pp. 284285, (2018)
[59AC] A.Aimi, L. Desiderio, M.Diligenti, C.Guardasoni: “Application of energetic BEM to 2D elastodynamic scattering problems”, Book of Abstract SIMAI 2018, pp. 282283, (2018)
[58AC] A.Aimi, S. Chaillat, L. Desiderio, M.Diligenti, P.Fedeli, A.Frangi: “BEMFEM coupling for estimating anchor losses in MEMS”, Abstract IABEM 2018, p. 35, (2018)
[57AC] A.Aimi, L. Desiderio, M.Diligenti, C.Guardasoni: “A stable 2D energetic Galerkin BEM approach for linear elastodnamic problems”, Abstract IABEM 2018, p. 34, (2018)
[56AC] A.Aimi, M.Diligenti, C.Guardasoni: “Energetic BEM for the numerical solution of 2D damped waves propagation exterior problems “, ICNAAM 2017  AIP Conference Proceedings, Vol. 1978 (1) , 120002; https://doi.org/10.1063/1.5043767, ISBN: 9780735416901, pp. 14, (2018)
[55AC] A.Aimi, C.Guardasoni: “Numerical pricing of geometric asian options with barriers”, Proceedings of XVII CMMSE Conference, J.VigoAguiar (Ed.), Volume I, 2129, (2017), ISBN: 9788461786947
[54AC] A.Aimi, M.Diligenti, C.Guardasoni: “Energetic BEM for soft and hard scattering of 2D damped waves by open arcs”, Proceedings of XVII CMMSE Conference, J.VigoAguiar (Ed.), Volume I, 920, (2017), ISBN: 9788461786947
[53AC] A.Aimi, F. Calabrò, M.Diligenti, M.L.Sampoli, A.Sestini: “Development of a basis–oriented assembly strategy suited for Isogemetric Galerkin BEMs”, Book of Abstracts SIMAI 2016, 3839, (2016)
[52AC] A.Aimi, M.Diligenti, C.Guardasoni: “Energetic BEM for the numerical analysis of damped wave propagation exterior problems”, Book of Abstracts SIMAI 2016, 4041, (2016)
[51AC] A.Aimi, M.Diligenti, M.L.Sampoli, A.Sestini: “An isogeometric approach to Symmetric Galerkin Boundary Element Method”, Abstracts MAFELAP 2016, 34, 2016
[50AC] A.Aimi, M.Diligenti, C.Guardasoni: “Energetic BEM for the numerical solution of damped wave propagation exterior problems”, Proceedings of the 7th European Congress on Computational Methods in Applied Sciences and Engineering (ECCOMAS 2016), 19, 2016
[49AC] A.Aimi, M.Diligenti, M.L.Sampoli, A.Sestini: “Efficient spline alternatives to Lagrangian basis in Symmetric Galerkin BEM “, NETNA 2015, Abstracts, p. 31, (2015)
[48AC] A.Aimi, M.Diligenti, C.Guardasoni, S.Panizzi: “Energetic BEMFEM coupling for the numerical solution of the damped wave equation“, ICNAAM 2014  AIP Conference Proceedings, Vol. 1648 , 150002 pp.14, (2015); https://doi.org/10.1063/1.4912432, ISBN: 9780735412873
[47AC] A.Aimi, M.Diligenti, M.L.Sampoli, A.Sestini: “Isogemetric Analysis and Symmetric Galerkin BEM: a 2D numerical study“, SMART 2014, Abstracts, p. 26, (2014)
[46AC] A.Aimi, M.Diligenti, C.Guardasoni, S.Panizzi: “Numerical analysis of the damped wave equation by “energetic” formulations”, WCCM XI Proceedings, 38153826, (2014)
[45AC] A.Aimi, L.Desiderio, M.Diligenti, C.Guardasoni: “Analysis of Damped Waves Using Energetic BEMFEM coupling”, BETEQ 2014 Proceedings, 2833, (2014)
[44AC] A.Aimi, L.Desiderio, M.Diligenti, C.Guardasoni: “Energetic BEMFEM for 2D wave propagation problems”, Book of Abstracs, IWATA 2013, 27, (2013)
[43AC] A.Aimi, L.Desiderio, M.Diligenti, A.Frangi, C.Guardasoni: “Energetic BEMFEM coupling for wave propagation in layered media”, BETEQ 2013 Proceedings, 2126, (2013)
[42AC] A.Aimi, M.Diligenti, A.Frangi, C.Guardasoni: “Energetic BEMFEM coupling for wave propagation in unbounded domains”, Proceedings of the 11th International Conference on Mathematical and Numerical Aspects of Waves (Waves 2013), 185186, 2013
[41AC] A.Aimi, C.Guardasoni, S.Panizzi: “BEMFEM coupling for the onedimensional KleinGordon equation”, Proceedings of the 11th International Conference on Mathematical and Numerical Aspects of Waves (Waves 2013), 193194, 2013
[40AC] A.Aimi, M.Diligenti, C.Guardasoni: “Platonic Solids, Restrictions Matrices and SpaceTime Energetic Galerkin BEM”, Proceedings of the 11th International Conference on Mathematical and Numerical Aspects of Waves (Waves 2013), 199200, 2013
[39AC] A.Aimi, M.Diligenti, A.Frangi, C.Guardasoni: “Restriction matrices for exploiting symmetry in 3D wave propagation analysis by Energetic BEM”, CDROM Proceedings of the 6th European Congress on Computational Methods in Applied Sciences and Engineering (ECCOMAS 2012), 120, 2012
[38AC] A.Aimi, M.Diligenti, A.Frangi, C.Guardasoni: “A stable energetic Galerkin BEM for 3D wave propagation interior problems”, Abstracts, XI Congresso SIMAI, 126, (2012)
[37AC] A.Aimi, M.Diligenti, C.Guardasoni, S.Panizzi: “An energetic approach to BEMFEM coupling for wave propagation phenomena”, Abstracts, XI Congresso SIMAI, 124, (2012)
[36AC] A.Aimi, M.Diligenti, C.Guardasoni, S.Panizzi: “On the regularization of Galerkin BEM hypersingular bilinear forms”, Book of Abstracts, SC2011, 226, (2011)
[35AC] A.Aimi, C.Guardasoni, S.Panizzi, A.Frangi: “Un metodo BEM energetico di tipo Galerkin per problemi di propagazione di onde“, Conferenze e Comunicazioni XIX Congresso UMI, 265, (2011)
[34AC] A.Aimi, M.Diligenti, A.Frangi, C.Guardasoni: “On the energetic Galerkin BEM applied to 3D wave propagation problems“, Extended Abstracts IABEM 2011, 6pp., (2011)
[33AC] A.Aimi, A.Carini, M.Diligenti, A.Salvadori: “Variational formulations for the energetic approach to 2D wave propagation boundary integral equations“, Extended Abstracts IABEM 2011, 6pp., (2011)
[32AC] A.Aimi, M.Diligenti, C.Guardasoni: “Energetic Galerkin BEM for 2D Wave Propagation Problems in Piecewise Homogeneous Media“, ICNAAM 2010  AIP Conference Proceedings, Vol. 1281 (III) , 20852088, (2010)
[31AC] A.Aimi, M.Diligenti, C.Guardasoni: “Multidomain BEM for two dimensional problems of wave propagation“, Book of Abstracts X SIMAI Congress, 71, (2010)
[30AC] A.Aimi, M.Diligenti, C.Guardasoni: “Exploiting geometrical symmetries in spacetime BIEs discretization”, Abstracts ECCM 2010, 1p., (2010)
[29AC] A.Aimi, M.Diligenti, C.Guardasoni: “Efficient numerical integration schemes for the discretization of hypersingul ar BIEs related to wave propagation problems”, Book of Abstracts DWCAA09, 64, (2009)
[28AC] A.Aimi, M.Diligenti, C.Guardasoni: “Numerical integration schemes for the discretization of BIEs related to wave propagation problems”, Proceedings of IX CMMSE Conference, J.VigoAguiar (Ed.), Volume I, 4556, (2009)
[27AC] A.Aimi, M.Diligenti, C.Guardasoni, I.Mazzieri, S.Panizzi: “An energy approach for timedomain boundary integral formulations of the wave equation”, Book of Abstracts IX SIMAI Congress, 1 p., (2008)
[26AC] A.Aimi, C.Guardasoni, S.Panizzi: “Onedimensional wave propagation analysis in layered media by BEMs”, Book of Abstract of the SIMAI Meeting on “Perspective on Development of the Applied Mathematics in Italy, 1p., (2007)
[25AC] A.Aimi, M.Diligenti, C.Guardasoni: “Numerical results for the wave propagation problem with spacetime boundary element method”, Atti XVIII Congresso AIMETA, , CDrom, 12 pp., (2007)
[24AC] A.Aimi, A.Carini, M.Diligenti, S.Panizzi, A.Salvadori: “Spacetime variational formulations for BIEs related to the wave problem”, Atti XVIII Congresso AIMETA, CDrom, 11 pp., (2007)
[23AC] A.Aimi, A.Carini, M.Diligenti, C.Guardasoni: “Numerical results of onedimensional wave propagation analysis in layered media”, BETEQ 2007 Proceedings, 6 pp., (2007)
[22AC] A.Aimi, S.Panizzi, A.Carini, M.Diligenti: “Remarks on spacetime variational formulations for BIEs related to the wave problem”, BETEQ 2007 Proceedings, 6 pp., (2007)
[21AC] A.Aimi, M.Diligenti: “Numerical Integration Schemes for PetrovGalerkin Infinite BEM”, Book of Abstracts, IABEM 2006 Conference, 297300, (2006)
[20AC] A.Aimi, M.Diligenti, M.Groppi, C.Guardasoni: “Numerical approximation of a BGKtype relaxation model for reactive mixtures”, Extended Abstracts VIII Congresso SIMAI, CD Rom, 4 pp., (2006)
[19AC] A.Aimi, M.Diligenti: “Numerical Integration Schemes for hypersingular integrals on the real line”, Extended Abstracts VIII Congresso SIMAI, CD Rom, 4 pp., (2006)
[18AC] A.Aimi, A.Carini, M.Diligenti, A.Feriani, A.Salvadori: “BEM simulations over unbounded domains”, Atti XVII Congresso Nazionale AIMETA, CDrom, 10 pp., (2005)
[17AC] A.Aimi, M.Diligenti, F.Freddi: “Softening cohesive interface problems: solution via Boundary Element Method”, Poster, NAC 2005, (2005)
[16AC] A.Aimi, M.Diligenti, A.Salvadori: “Restriction Matrices and Panel Clustering Method for multidomain SGBEM”, Sommari VII Congresso SIMAI, 1 p., (2004)
[15AC] A.Aimi, M.Diligenti, F.Freddi, F.Lunardini: “Restriction Matrices and Domain Decomposition Method for SGBEM Applications”, Atti XVI Congresso Nazionale AIMETA, 1 p., (2003)
[14AC] A.Aimi, M.Diligenti: “Groups Representation Theory and Restriction Matrices”, Abstracts of Talks , ICCAM X , 1 p., (2002)
[13AC] A.Aimi, M.Diligenti, F.Freddi, A.Salvadori: “Restriction Matrices for SGBEM Application”, Extended Abstracts IABEM 2002, 12 pp., (2002)
[12AC] A.Aimi, M.Diligenti, F.Lunardini, A.Salvadori: “Use of panel clustering method in numericalanalytical schemes for 3D SGBEM”, Sommari VI Congresso Nazionale SIMAI, 1 p., (2002)
[11AC] A.Aimi, M.Diligenti: “Geometrical Symmetry in Symmetric Galerkin BEM”, in J.Levesley, I.Anderson, J.C.Mason (eds.): Algorithms for Approximation IV , The University of Huddersfield, 7885, (2002)
[10AC] A.Aimi, M.Diligenti, F.Lunardini, A.Salvadori: “A panel clustering algorithm for 3D SGBEM with analytical inner integrations in elasticity”, Atti XV Congresso Nazionale AIMETA, 2 pp., (2001)
[9AC] A.Aimi, M.Diligenti: “Geometrical symmetry and restriction matrices”, Atti XV Congresso Nazionale AIMETA, CDrom, 10 pp., (2001)
[8AC] A.Aimi, M.Diligenti: “Geometrical Symmetry in Symmetric Galerkin BEM ”, Proceedings of ALGORITHMS FOR APPROXIMATION IV , University of Huddersfield, 1920, (2001)
[7AC] A.Aimi, M.Diligenti: “Numerical integration in 3D Galerkin BEM solution of HBIEs”, Extended Abstracts IABEM 2000, 58, (2000)
[6AC] A.Aimi, M.Diligenti: “Hypersingular kernel integration in 3D Galerkin boundary element method”, Sommari V Congresso Nazionale SIMAI, 679682, (2000)
[5AC] A.Aimi: “Nuovi schemi di integrazione numerica per la risoluzione di equazioni integrali (iper)singolari con il metodo di Galerkin agli elementi di contorno”, Sommari Convegno Nazionale di Analisi Numerica, 1112, (1998)
[4AC] A.Aimi, A.Carini, M.Diligenti, A.Salvadori: “Some results on analytical and numerical integration in 3D Galerkin BEM solution of HBIEs”, Proceedings of the IABEM International Symposium on Boundary Elements Methods, 5758, (1998)
[3AC] A.Aimi, A.Carini, M.Diligenti: “Numerical integration schemes for evaluation of (hyper)singular integrals in 2D BEM”, in F.G.Benitez (ed.): IABEM WorkshopFundamental solutions in Boundary Elements: formulation and integration, 185204, (1997)
[2AC] A.Aimi, A.Carini, M.Diligenti: “Applications of the hp version of symmetric boundary element method”, Atti XII Congresso Nazionale AIMETA, Meccanica delle Strutture, Tomo 1 , 2530, (1995)
[1AC] A.Aimi, G. Di Cola, M.Diligenti: “Analisi di due algoritmi per la risoluzione in parallelo di problemi ellittici al contorno”, Sommari II Congresso Nazionale SIMAI, 346348, (1994)
Technical Reports:
[17RT] A.Aimi, M.Diligenti, M.Laurini: "Fast Multipole Boundary Element Method: Applications to 2D Elliptic Problems", Quaderni Dip. Mat. Univ. Parma, n.523, 129, (2015)
[16RT] A.Aimi, S.Panizzi: "On the regularization of bilinear forms with hypersingular kernel", Quaderni Dip. Mat. Univ. Parma, n.506, 132, (2012)
[15RT] A.Aimi, M.Diligenti, M.Manzini: "Efficient generation of restriction matrices for exploiting partial or complete symmetries in 2D and 3D problems", Quaderni Dip. Mat. Univ. Parma, n.504, 130, (2011)
[14RT] A.Aimi, M.Diligenti, C.Guardasoni: "Numerical integration schemes for the Galerkin BEM related to wave propagation problems", Quaderni Dip. Mat. Univ. Parma, n.495, 134, (2009)
[13RT] A.Aimi, M.Diligenti, C.Guardasoni, I.Mazzieri, S.Panizzi: “An energy approach to spacetime Galerkin BEM for wave propagation problems”, Quaderni Dip. Mat. Univ. Parma, n.487, 134, (2008)
[12RT] A.Aimi, M.Diligenti, S.Panizzi: “Weak and variational formulations for BIEs related to the wave equation”, Quaderni Dip. Mat. Univ. Parma, n.464, 119, (2007)
[11RT] A.Aimi, M.Diligenti: “Onedimensional wave propagation analysis in layered media by BEMs”, Quaderni Dip. Mat. Univ. Parma, n.462, 122, (2007)
[10RT] A.Aimi, M.Diligenti: “Numerical integration schemes for hypersingular integrals on the real line”, Quaderni Dip. Mat. Univ. Parma, n.439, 114, (2006)
[9RT] A.Aimi, M.Anelli, M.Diligenti: “ Formulazione del metodo di Galerkin simmetrico per equazioni integrali di contorno per problemi con interfaccia”, Quaderni Dip. Mat. Univ. Parma, n.416, 121, (2005)
[8RT] A.Aimi, M.Diligenti, F.Lunardini: “A symmetry adapted panel clustering technique for SGBEM”, Quaderni Dip. Mat. Univ. Parma, n.331, 127, (2003)
[7RT] A.Aimi, F.Lunardini: “Coupling panel clustering with inner analytical integrations in Galerkin BEM”, Quaderni Dip. Mat. Univ. Parma, n.275, 115, (2002)
[6RT] A.Aimi, L.Bassotti, M.Diligenti: “Gruppi di congruenze e matrici di restrizione”, Quaderni Dip. Mat. Univ. Parma, n.261, 120, (2001)
[5RT] A.Aimi, L.Bassotti, M.Diligenti: “Un metodo di decomposizione per sistemi finiti di funzioni invarianti rispetto ad un gruppo di congruenze”, Quaderni Dip. Mat. Univ. Parma, n.247, 118, (2000)
[4RT] A.Aimi, M.Diligenti: “Integral evaluation of (hyper)singular Galerkin type boundary element integrals for 3D problems”, Quaderni Dip. Mat. Univ. Parma, n.219, 130, (2000)
[3RT] A.Aimi: “Costruzione di sottospazi dello spazio di elementi finiti triangolari su poligoni regolari”, Quaderni Dip. Mat. Univ. Parma, n.136, 111, (1996)
[2RT] G.Lupatini, A.Aimi: “Un algoritmo parallelo per la generazione di quadtree relativi a figure piane”, Atti Dip. Ing. Meccanica Univ. Brescia, n.39, 121, (1994)
[1RT] A.Aimi: “Alcune applicazioni del sistema Express nella programmazione parallela su transputers”, Atti Dip. Ing. Meccanica Univ. Brescia, n.31, 152, (1993)
Curatele:
[2C] A.Aimi, M.Diligenti: Atti del Convegno “Integral Equations: recent numerical developments and new applications”, Dip. Mat., Univ. Parma, 2930 Ottobre 2009, Riv. Mat. Univ. Parma, 2, (2011)
[1C] A.Aimi, M.Diligenti: Atti del Convegno “Equazioni Integrali: recenti sviluppi numerici e nuove applicazioni”, Dip. Mat., Univ. Parma, 2728 Settembre 2007, Riv. Mat. Univ. Parma, (7) 8, (2008)
Thesis:
[2T] A.Aimi: “New numerical integration schemes for the solution of (hyper)singular integral equations with Galerkin BEM”, PhD Thesis, Univ. Milano, (1998)
[1T] A.Aimi: ”Un’applicazione del metodo degli invarianti ortogonali all’operatore dell’elasticità in un rettangolo”, Degree Thesis, Univ. Parma, (1990)
TEACHING ACTIVITY
a.a. 2020/21:
 course of Numerical Analysis (12 CFU), Bachelor Program in Mathematics ,Univ. Parma
 course of Numerical Mathematics (9 CFU), Master Degree Program in Mathematics, Univ. Parma
 course of Informatics (1 CFU), English language, Master Degree Program in Veterinary Medicine, Univ. Parma
 course of Numerical Methods for Boundary Integral Equations (6 CFU), PhD Course in Mathematics, Univ. Parma
a.a. 2019/20:
 course of Numerical Analysis (12 CFU), Bachelor Program in Mathematics ,Univ. Parma
 course of Numerical Mathematics (9 CFU), Master Degree Program in Mathematics, Univ. Parma
 course of Basic Mathematics applied to the biomedical Sciences (5 CFU), Bachelor Program in Livestock Science and Animal Production Technologies, Univ. Parma
a.a. 2018/19:
 course of Numerical Mathematics (9 CFU), Master Degree Program in Mathematics, Univ. Parma
 course of Basic Mathematics applied to the biomedical Sciences (5 CFU), Bachelor Program in Livestock Science and Animal Production Technologies, Univ. Parma
 course of Numerical Methods for Boundary Integral Equations (3 CFU), PhD Course in Mathematics, Univ. Parma
a.a. 2017/18:
 course of Numerical Mathematics (9 CFU), Master Degree Program in Mathematics, Univ. Parma
 course of Basic Mathematics applied to the biomedical Sciences (5 CFU), Bachelor Program in Livestock Science and Animal Production Technologies, Univ. Parma
a.a. 2016/17:
 course of Numerical Mathematics (9 CFU), Master Degree Program in Mathematics, Univ. Parma
 course of Basic Mathematics applied to the biomedical Sciences (5 CFU), Bachelor Program in Livestock Science and Animal Production Technologies, Univ. Parma
 course of Numerical Methods for Boundary Integral Equations (3 CFU), PhD Course in Mathematics, Univ. Parma
a.a. 2015/16:
 course of Numerical Mathematics (9 CFU), Master Degree Program in Mathematics, Univ. Parma
 course of Basic Mathematics applied to the biomedical Sciences (5 CFU), Bachelor Program in Livestock Science and Animal Production Technologies, Univ. Parma
a.a. 2014/15:
 course of Numerical Mathematics (9 CFU), Master Degree Program in Mathematics, Univ. Parma
 course of Numerical Methods for Differential and Integral Equations (6 CFU), Master Degree Program in Mathematics, Univ. Parma
 course of Basic Mathematics applied to the biomedical Sciences (5 CFU), Bachelor Program in Livestock Science and Animal Production Technologies, Univ. Parma
a.a. 2013/14:
 course of Numerical Models and Methods (9 CFU), Master Degree Program in Mathematics, Univ. Parma
 exercise course of Numerical Analysis, Bachelor Program in Mathematics and Bachelor Program in Computer Science, Univ. Parma
a.a. 2012/13:
 course of Numerical Models and Methods (9 CFU), Master Degree Program in Mathematics, Univ. Parma
 exercise course of Numerical Analysis, Bachelor Program in Mathematics and Bachelor Program in Computer Science, Univ. Parma
a.a. 2011/12:
 course of Numerical Models and Methods (9 CFU), Master Degree Program in Mathematics, Univ. Parma
 course of Numerical Methods for Integral Equations (3 CFU), PhD Course in Pure and Applied Mathematics, Univ. Parma
 exercise course of Numerical Analysis, Bachelor Program in Mathematics and Bachelor Program in Computer Science, Univ. Parma
 exercise course of Approximation Metods, Master Degree Program in Mathematics, Univ. Parma
a.a. 2010/11:
 exercise course of Numerical Analysis, Bachelor Program in Mathematics and Bachelor Program in Computer Science, Univ. Parma
 exercise course of Numerical Mathematics, Master Degree Program in Mathematics, Univ. Parma
 exercise course of Approximation Metods, Master Degree Program in Mathematics, Univ. Parma
a.a. 2009/10:
 course of Numerical Mathematics (9 CFU), Master Degree Program in Mathematics, Univ. Parma
 course of Numerical Methods for Integral Equations (6 CFU), Master Degree Program in Mathematics, Univ. Parma
 course of Numerical Analysis Lab (3 CFU), Bachelor Program in Computer Science, Univ. Parma
 exercise course of Numerical Analysis 1, Bachelor Program in Mathematics, Univ. Parma
a.a. 2008/09:
 course of Approximation Methods (6 CFU), Master Degree Program in Pure and Applied Mathematics, Univ. Parma
 course of Numerical Methods for Integral Equations (6 CFU), Master Degree Program in Pure and Applied Mathematics, Univ. Parma
 course of Numerical Analysis Lab (3 CFU), Bachelor Program in Computer Science, Univ. Parma
 exercise course of Numerical Analysis 1, Bachelor Program in Mathematics, Univ. Parma
a.a. 2007/08:
 course of Numerical Analysis 2 (6 CFU), Bachelor Program in Mathematics, Univ. Parma
 course of Approximation Methods (6 CFU), Master Degree Program in Pure and Applied Mathematics, Univ. Parma
 course of Numerical Methods for Integral Equations (6 CFU), Master Degree Program in Pure and Applied Mathematics, Univ. Parma
 course of Numerical Analysis A (5 CFU), Master Degree Program in Environmental Engineering, Univ. Parma
 course of Numerical Analysis Lab (3 CFU), Bachelor Program in Computer Science, Univ. Parma
 exercise course of Numerical Analysis 1, Bachelor Program in Mathematics, Univ. Parma
a.a. 2006/07:
 course of Approximation Methods (6 CFU), Master Degree Program in Pure and Applied Mathematics, Univ. Parma
 course of Numerical Methods for Integral Equations (6 CFU), Master Degree Program in Pure and Applied Mathematics, Univ. Parma
 course of Elements of Numerical Analysis (5 CFU), Master Degree Program in TLC Engineering, Univ. Parma
 exercise course of Numerical Analysis 1, Bachelor Program in Mathematics, Univ. Parma
 exercise course of Numerical Analysis Lab, Bachelor Program in Mathematics, Univ. Parma
a.a. 2005/06:
 course of Approximation Methods (6 CFU), Master Degree Program in Pure and Applied Mathematics, Univ. Parma
 course of Elements of Numerical Analysis (5 CFU), Master Degree Program in TLC Engineering, Univ. Parma
 exercise course of Numerical Analysis 1, Bachelor Program in Mathematics, Univ. Parma
 exercise course of Numerical Analysis 2, Bachelor Program in Mathematics, Univ. Parma
a.a. 2004/05:
 course of Numerical Analysis 2 (6 CFU), Bachelor Program in Mathematics, Univ. Parma
 course of Elements of Numerical Analysis (5 CFU), Master Degree Program in TLC Engineering, Univ. Parma
 exercise course of Numerical Analysis 1, Bachelor Program in Mathematics, Univ. Parma
a.a. 2003/04:
 course of Numerical Analysis 1 (6 CFU), Bachelor Program in Mathematics, Bachelor Program in Computer Science, Univ. Parma
 course of Numerical Analysis Lab (3 CFU), Bachelor Program in Mathematics, Bachelor Program in Computer Science, Univ. Parma
a.a. 2002/03:
 course of Numerical Analysis 2 (6 CFU), C.L. in Mathematics, Univ. Parma
 course of Numerical Analysis Lab (3 CFU), C.L. in Mathematics, Univ. Parma
 exercise course of Numerical Analysis 1, C.L. in Mathematics, Univ. Parma
a.a. 2001/02:
 course of Numerical Analysis II, Bachelor Program in Mathematics, Univ. Parma
 course of Numerical Analysis Lab, Bachelor Program in Mathematics, Univ. Parma
 exercise course of Numerical Analysis 1, Bachelor Program in Mathematics, Univ. Parma
 exercise course of Approximation Methods, Bachelor Program in Mathematics, Univ. Parma
a.a. 2000/01:
 course of Approximation Methods, Bachelor Program in Mathematics, Univ. Parma
 exercise and lab course of Numerical Analysis, Bachelor Program in Mathematics, Univ. Parma
a.a. 1999/00:
 exercise and lab course of Numerical Analysis, Bachelor Program in Mathematics, Univ. Parma
a.a. 1998/99:
 exercise and lab course of Numerical Analysis, Bachelor Program in Mathematics, Univ. Parma
 exercise course of Approximation Methods, Bachelor Program in Mathematics, Univ. Parma
a.a. 1997/98:
 exercise and lab course of Numerical Analysis, Bachelor Program in Mathematics, Univ. Parma
 exercise course of Approximation Methods, Bachelor Program in Mathematics, Univ. Parma
a.a. 1994/95:
 course of Numerical Analysis and Numerical Programming, Bachelor Program in Civil Engineering, Univ. Parma
 exercise course of Numerical Analysis, Bachelor Program in Mechanical Engineering, Univ. Brescia
 exercise course of Mathematical Analysis I, Bachelor Program in Methods in Physics, Univ. Parma
a.a. 1993/94:
 course of Numerical Analysis and Numerical Programming, Bachelor Program in Civil Engineering, Univ. Parma
 exercise course of Numerical Analysis, Bachelor Program in Mechanical Engineering, Univ. Brescia
 exercise course of Numerical Analysis, Bachelor Program in Computer Science Engineering, Univ. Parma
a.a. 1992/93:
 course of Numerical Analysis and Numerical Programming, Bachelor Program in Civil Engineering, Univ. Parma
 exercise course of Numerical Analysis, Bachelor Program in Mechanical Engineering, Univ. Brescia
a.a. 1991/92:
 exercise course of Numerical Analysis, Bachelor Program. in Mechanical Engineering, Univ. Brescia
Further:
 Supervisor of 20 Degree Thesis in Numerical Analysis at the University of Parma
 Cosupervisor of 11 Degree Thesis in Numerical Analysis at the University of Parma and at the University of Brescia.
 Among my master degree thesis students:
• Ilario Mazzieri, Assistant Professor at Mox, Politecnico di Milano
• Silvia Gazzola, Assistant Professor at Mathematical Sciences Department, University of Bath
• Luca Desiderio, PhD at UMAENSTAPARISTECH, Ecole Polytechnique, Paris, and currently Assistant Professor at DSMFI, University of Parma
ORGANIZING ACTIVITIES
• July 2022 : Member of the Scientific Committee of FAATNA 2020 international conference, Matera
• August 30September 3 2021 : Member of the Organizing Committee of SIMAI2020+2021 conference, University of Parma
• July 2nd6th, 2018: Member of the Organizing Committee of the Minisymposium: “Numerical methods for integral equations and applications”, XIV SIMAI Congress, Roma.
• October 26th27th, 2017: Responsible of the Organizing Committee of the Workshop related to Project INdAMGNCS 2017 “Nuove tecniche numeriche per la risoluzione di problemi evolutivi mediante il metodo degli elementi di contorno”, DSMFI, University of Parma.
• September 13th16th, 2016: Member of the Organizing Committee of the Minisymposium: “Applications and numerical methods for Integral Equations:”, XIII SIMAI Congress, Milano.
• September 17th, 2015: Responsible for the Organizing Committee of the scientific day related to Project INdAMGNCS 2015 “Analisi isogeometrica e metodi agli elementi di contorno”, Parma University.
• February 18th 19th 2013: Member of the Organizing Committee of the scientific days concluding Project INdAMGNCS 2012 “Accoppiamento di metodi numerici per BIEs e PDEs relative a problemi evolutivi esterni e multistrato”, Politecnico di Torino.
• June 25th 28th, 2012: Responsible for the Organizing Committee of the Minisymposium: “Integral Equations: numerical methods and applications”, XI SIMAI Congress, Torino.
• January 31st 2011: Responsible for the Organizing Committee of the scientific day concluding Project INdAMGNCS 2011 “Tecniche numeriche per problemi di propagazione di onde elastiche in multidomini”, Parma University.
• October 29th 30th, 2009: Responsible for the Organizing Committee of the Workshop “Integral Equations: recent numerical developments and new applications”, Parma University
• September 27th 28th, 2007: Member of the Organizing Committee of the Workshop “Equazioni Integrali: recenti sviluppi numerici e nuove applicazioni”, Parma University
• December 6th, 2002: Member of the Organizing Committee of the Scientific Day in honour of Prof. Lucilla Bassotti Rizza, Parma University
• July 4th 7th, 2000: Member of the Local Organizing Committee of IABEM 2000: Symposium of the International Association for Boundary Element Methods, Brescia University
OTHER ACTIVITIES
 Since 2019: Member of Department Quality Assurance Committee
 Since 2014: Secretary of the Scientific Committee of Area 101 of Parma University, for the evaluation of Mathematics and Computer Science Department Research
 20112016: Member of the Scientific Committee of the PhD School in Science and Technology of Parma University
 20082010: Secretary of the Scientific Committee of Area 101 of Parma University, for the evaluation of Mathematics Department Research
 Since 2013: Member of the Teachers of the PhD Course in Mathematics of Ferrara, Modena e Reggio Emilia, Parma University Consortium
 20112013: Member of the Teachers of the PhD Course in Pure and Applied Mathematics of Parma University
 Since 2014: Responsible for the Quality Assurance of the Master degree courses in Mathematics
 Since 2013: Member of the Group for the SelfEvaluation of Teaching Activities for the Master degree courses in Mathematics
 Since 2010: Member of the Teaching Committee for the Master degree courses in Mathematics
 20102016: Member of the Teaching Committee for the Bachelor’s degree courses in Mathematics
 20142016: Responsible for the Quality Assurance of the Bachelor’s degree courses in Mathematics
 20132016: Member of the Group for the SelfEvaluation of Teaching Activities for the Bachelor’s degree courses in Mathematics
 Since 2006: Member of the Library Scientific Committee of Mathematics Department
 20022005: Member of Mathematics Department Advisory Committee
PARTICIPATION TO NATIONAL/INTERNATIONAL COMMETTEES
 FebruaryMarch 2021: Member of the Judging Committee for an Associate Professor position in Numerical Analysis (L.240/2010) at Politecnico di Torino
 25 February 2021: Member of the international Committee for the assignment of Ph.D. title at TU Graz (Austria)
 NovemberDecember 2019: Member of the Judging Committee in a Competitive Examination for an Assistant Professor position RTD a) L.240/2010 in Numerical Analysis at University of Parma
 September 2019: Member of the Judging Committee in a Competitive Examination for an Assistant Professor position RTD b) L.240/2010 in Numerical Analysis at Politecnico di Milano
 June 2019: Member of the Judging Committee for the recruitment of a Technician Physician at Mathematical, Physical and Computer Science Department, University of Parma
 28 May 2019: President of the Committee for the assignment of Ph.D. title in Applied Mathematics at Mathematics, Computer Science and Economics Department, University of Basilicata
 26 July 2018: Member of the Judging Committee in a Competitive examination for an INdAM Reseach Fellow Position in the framework of FOE 2014 – SUNRISE Research Project – at Mathematics and Computer Science Department, University of Florence
 27 January 2017: Member of the international Committee for the assignment of Ph.D. title in Applied Mathematics at INRIAUMAENSTAPARISTECH, Ecole Polytechnique (Paris)
 FebruaryApril 2008: Member of the Judging Committee in a Competitive Examination for an Assistant Professor position in Numerical Analysis at Politecnico di Milano
Parma, 26/03/2021
Every day, by email appointment (alessandra.aimi@unipr.it)
Anno accademico di erogazione: 2021/2022
 Course year: 1  Full cicle (5 years)  VETERINARY MEDICINE  A.Y.: 2021/2022
 Course year: 3  First cycle degree (DM 270)  MATHEMATICS  A.Y.: 2019/2020
 Course year: 1  Second cycle degree  MATHEMATICS  A.Y.: 2021/2022
 Course year: 1   MATEMATICA  A.Y.: 2021/2022
Anno accademico di erogazione: 2020/2021
 Course year: 1  Full cicle (5 years)  VETERINARY MEDICINE  A.Y.: 2020/2021
 Course year: 3  First cycle degree (DM 270)  MATHEMATICS  A.Y.: 2018/2019
 Course year: 1  Second cycle degree  MATHEMATICS  A.Y.: 2020/2021
 Course year: 1   MATEMATICA  A.Y.: 2020/2021
Anno accademico di erogazione: 2019/2020
 Course year: 1  First cycle degree (DM 270)  LIVESTOCK SCIENCE AND ANIMAL PRODUCTION TECHNOLOGIES  A.Y.: 2019/2020
 Course year: 3  First cycle degree (DM 270)  MATHEMATICS  A.Y.: 2017/2018
 Course year: 1  Second cycle degree  MATHEMATICS  A.Y.: 2019/2020
Anno accademico di erogazione: 2018/2019
 Course year: 1  First cycle degree (DM 270)  LIVESTOCK SCIENCE AND ANIMAL PRODUCTION TECHNOLOGIES  A.Y.: 2018/2019
 Course year: 1  Second cycle degree  MATHEMATICS  A.Y.: 2018/2019
Anno accademico di erogazione: 2017/2018
 Course year: 1  First cycle degree (DM 270)  LIVESTOSK SCIENCE AND ANIMAL PRODUCTION TECHNOLOGIES  A.Y.: 2017/2018
 Course year: 1  Second cycle degree  MATHEMATICS  A.Y.: 2017/2018
Anno accademico di erogazione: 2016/2017
 Course year: 1  First cycle degree (DM 270)  LIVESTOSK SCIENCE AND ANIMAL PRODUCTION TECHNOLOGIES  A.Y.: 2016/2017
 Course year: 1  Second cycle degree  MATHEMATICS  A.Y.: 2016/2017
Anno accademico di erogazione: 2015/2016
 Course year: 1  First cycle degree (DM 270)  LIVESTOSK SCIENCE AND ANIMAL PRODUCTION TECHNOLOGIES  A.Y.: 2015/2016
 Course year: 1  Second cycle degree  MATHEMATICS  A.Y.: 2015/2016
Anno accademico di erogazione: 2014/2015
 Course year: 1  First cycle degree (DM 270)  Livestock science and animal production technologies  A.Y.: 2014/2015
 Course year: 1  Second cycle degree  MATHEMATICS  A.Y.: 2014/2015
 Course year: 2  Second cycle degree  MATHEMATICS  A.Y.: 2013/2014
Anno accademico di erogazione: 2013/2014
 Course year: 1  Second cycle degree  MATHEMATICS  A.Y.: 2013/2014
Professor/Teacher
 MATEMATICA A.Y. 2021/2022
 First cycle degree (DM 270) MATHEMATICS A.Y. 2021/2022
 MATEMATICA A.Y. 2020/2021
 First cycle degree (DM 270) MATHEMATICS A.Y. 2020/2021
 Second cycle degree MATHEMATICS A.Y. 2019/2020
 Second cycle degree MATHEMATICS A.Y. 2018/2019
 Second cycle degree MATHEMATICS A.Y. 2017/2018
 Second cycle degree MATHEMATICS A.Y. 2016/2017
 Second cycle degree MATHEMATICS A.Y. 2015/2016
 Second cycle degree MATHEMATICS A.Y. 2014/2015
Teacher tutor
 Second cycle degree MATHEMATICS A.Y. 2021/2022
 Second cycle degree MATHEMATICS A.Y. 2020/2021
 Second cycle degree MATHEMATICS A.Y. 2019/2020
 Second cycle degree MATHEMATICS A.Y. 2018/2019
 Second cycle degree MATHEMATICS A.Y. 2017/2018
 Second cycle degree MATHEMATICS A.Y. 2016/2017
 Second cycle degree MATHEMATICS A.Y. 2015/2016
 Second cycle degree MATHEMATICS A.Y. 2014/2015
 Second cycle degree MATHEMATICS A.Y. 2013/2014
Publications

Year: 2021Author/s: AIMI, Alessandra, GUARDASONI, Chiara

Year: 2021Author/s: AIMI, Alessandra, DESIDERIO, LUCA

Year: 2021Author/s: AIMI, Alessandra, GUARDASONI, Chiara

Year: 2021Author/s: AIMI, Alessandra

Year: 2021Author/s: DESIDERIO, LUCA, AIMI, Alessandra
Contacts
906950
Department of Mathematical, Physical and Computer Sciences
Parco Area delle Scienze, 53/A
43124 Parma
Italy