Ciarletta Michele

Biography

Born on 29 October 1949 at San Severino Market (SA).  Degree in Civil Engineering Address of Transport (110/110 and Praise) obtained on July 30, 1974 at the University of Naples.  Contracts: From 1976 to 1977, Contract with CNR for Mathematical Physics.  Academic Career:  • From 1978 to 1983: Professor of Mathematical Analysis at the Faculty of Science of the University of Salerno.  • In 1983: Associate Professor in Mathematical Physics.  • From 1983 to 1999: Associate Professor of Rational Mechanics at the Faculty of Engineering of the University of Salerno.  • Since January 2000: Ordinary Professor of Rational Mechanics at the Faculty of Engineering of the University of Salerno.  Academic roles: • From 1983 to 1996, Member of the Scientific Committee of the Library of the Faculty of Engineering of the University of Salerno.  • Member of the PhD final PhD Examination Committee at the Politecnico di Barcellona.  • Member of Commission for Procedures for Researchers and University Professors at the Universities of Bologna, Cassino, Naples, Bari, Potenza, Salerno.  • Member of the Board of Directors of the University of Salerno and member of the Financial Commission.  • From 1998 to 2002, Director of DIIMA (Department of Information Engineering and Applied Mathematics), Faculty of Engineering of the University of Salerno.  • Member of the "Joint Commission" of the Faculty of Engineering.  Search Fields: • Thermodynamic Restrictions for Materials with Memory.  • Linear and non-linear theory for non-simple materials.  • Materials theory with microstructure.  • Study of constituent equations for porous dielectric pre-stressed materials.  • Propagation of elastic waves.  • The theory of composite materials in the context of binary mixtures.  • Linear theory for compressible and incomprehensible viscous fluids.  • Thermoelast dynamics for backward in time processes.

Research Interest

• Thermodynamic Restrictions for Materials with Memory.  • Linear and non-linear theory for non-simple materials.  • Materials theory with microstructure.  • Study of constituent equations for porous dielectric pre-stressed materials.  • Propagation of elastic waves.  • The theory of composite materials in the context of binary mixtures.  • Linear theory for compressible and incomprehensible viscous fluids.  • Thermoelast dynamics for backward in time processes.