Maria Cinefra
Professore Ordinario
Dipartimento di Meccanica, Matematica e Management
Gruppi e commissioni
- Commissione Spazi
- Commissione Risorse Personale Docente
Profilo
Biografia
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Settore scientifico disciplinare
Curriculum
She was involved in a collaboration with the Department of Mathematics of Università di Pavia in order to develop an advanced shell finite element based on the Unified Formulation by Carrera for the analysis of structures made of composite, functionally graded and piezo materials. Contemporaneously, she collaborated with Professor Ferreira, editor of the Journal ”Composite Structures”, about the meshless method ’Radial Basis Functions’ combined with the Unified Formulation for the analysis of advanced structures. Actually, she collaborates with Prof. Chiara Daraio from CALTECH about design of mechanical and acoustic metamaterials.
Since 2010, she holds teaching activity at the Politecnico di Torino and Politecnico di Bari in different courses at Bachelor and Master levels: ‘Fundamentals of Structural Mechanics’ and 'Aeronautical Structures' (as holder), ‘Aeronautic Legislation, human factors and safety’ (as holder), ’Non-linear analysis of structures’, ’Structures for spatial vehicles’ and ‘Aeroelasticity’. She held also a Ph.D. course at Università del Salento with the title ‘1D and 2D models for the analysis of advanced material structures with multi-field properties through analytical and numerical methods’.
Her research topics cover: mechanical and acoustical metamaterials, composite materials, shell finite elements, meshless methods, smart structures, functionally graded materials, thermal stress analysis, multifield interaction, panel flutter, advanced kinematic theories for plates and shells, mixed variational methods, local-global methods, failure analysis of laminated structures, non-linear problems.
M. Cinefra is author and coauthor of about 70 journal papers on the above topics, most of which have been published in first rate international journals, as well as a book published by J Wiley & Sons with the title ‘Finite Element Analysis of Structures through Unified Formulation’. Cinefra’s papers have had about 1000 citations with h-index=17 (data taken from Scopus).
She has been involved in Regional and European projects, that are: STEPS, STEPS2, SARISTU, STRONG and AEROPZT. Actually, she works as deputy manager of activities for the partner ‘POLITO’ in the Clean Sky 2 project, CASTLE (CAbin Systems design Toward passenger welLbEing).
Didattica
Ricevimento
Insegnamenti
COSTRUZIONI AERONAUTICHE[2968] - INGEGNERIA DEI SISTEMI AEROSPAZIALICorso di Laurea
- CLASSE L9 AEROSPAZIOAnno: 3 · Coorte: 2023
- CLASSE L8 AEROSPAZIOAnno: 3 · Coorte: 2023
FLUID-STRUCTURE INTERACTION AND MULTI-FIELD PROBLEMS[3206] - MECHANICAL ENGINEERINGCorso di Laurea Magistrale
- MECHANICSAnno: 1 · Coorte: 2025
Pubblicazioni
Produzione per anno
Tipologie prevalenti
108 pubblicazioni
Tutte le pubblicazioni
Pagina 1 di 11in corso di stampaComparative modeling of composite defects using thermographic techniques: SGUF vs. COMSOL
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in corso di stampaVibroacoustic analysis of an innovative windowless cabin with metamaterial trim panels in regional turboprops
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in corso di stampaFormulation of 3D finite elements using curvilinear coordinates
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2026Nonlinear thermo-mechanical analysis of thermo-plastic composite plates
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20262|3D Finite Elements for the Non-Linear Analysis of Composite Structures Manufactured via AFP
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2026Wave propagation analysis in pre-stressed periodic hyperelastic soft structures via higher-order finite element models
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2026Nonlinear Post-Buckling Analysis of Variable Cross-Section Beams Using the Carrera Unified Formulation
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2026Novel Curvilinear 2|3D Unified Finite Element Formulations for the Analysis of Complex Shell Structures
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2026Numerical analysis of composite complex shells with curved fibers via curvilinear 2|3D finite elements
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2026Dynamic thermal models for simulation of Lock-in Thermography tests on debonded composite T-joint
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