Prof. GIUSEPPE TOMASSETTI

QualificaProfessore Associato
Settore Scientifico DisciplinareICAR/08
Telefono0657333267
Cellulare aziendale81956
Emailgiuseppe.tomassetti@uniroma3.it
IndirizzoVia Vito Volterra 62 - Palazzina
Struttura/Afferenza
  • Dipartimento di Ingegneria
Altre informazioniSito web personale
Curriculum
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Profilo INSEGNAMENTI Prodotti della ricerca Avvisi Ricevimento e materiale didattico

Contributo in Rivista

  • A theory of magneto-elastic nanorods obtained through rigorous dimension reduction, KRUZIK, MARTIN; TOMASSETTI, GIUSEPPE, , 2022Link identifier #identifier_person_160605-1 Dettaglio
  • Competition between epithelial tissue elasticity and surface tension in cancer morphogenesis, TOMASSETTI, GIUSEPPE, , 2022Link identifier #identifier_person_130378-2 Dettaglio
  • Equilibrium of Kirchhoff's rods subject to a distribution of magnetic couples, LEMBO, MARZIO; TOMASSETTI, GIUSEPPE, , 2022Link identifier #identifier_person_60637-3 Dettaglio
  • Modeling the diffusion of a fluid in a strained solid: A comparison between different formats, TOMASSETTI, GIUSEPPE, , 2022Link identifier #identifier_person_31193-4 Dettaglio
  • On the stability of the helicoidal configuration in ribbons subjected to combined traction and twist, TOMASSETTI, GIUSEPPE, , 2022Link identifier #identifier_person_117752-5 Dettaglio
  • Surface accretion of a pre-stretched half-space: Biot's problem revisited, ABEYARATNE, ROHAN; PUNTEL, ERIC; RECROSI, FILIPPO; TOMASSETTI, GIUSEPPE, , 2022Link identifier #identifier_person_8005-6 Dettaglio
  • A convective model for poro-elastodynamics with damage and fluid flow towards Earth lithosphere modelling, TOMASSETTI, GIUSEPPE, , 2021Link identifier #identifier_person_1206-7 Dettaglio
  • An interpretation of Temam’s extra force in the quasi-incompressible Navier–Stokes system, TOMASSETTI, GIUSEPPE, , 2021Link identifier #identifier_person_90861-8 Dettaglio
  • Shape Programming of a Magnetic Elastica, TOMASSETTI, GIUSEPPE, , 2021Link identifier #identifier_person_12912-9 Dettaglio
  • A form-finding strategy for magneto-elastic actuators, TOMASSETTI, GIUSEPPE, , 2020Link identifier #identifier_person_131228-10 Dettaglio
  • Bounded solutions and their asymptotics for a doubly nonlinear Cahn–Hilliard system, TOMASSETTI, GIUSEPPE, , 2020Link identifier #identifier_person_157905-11 Dettaglio
  • Dynamics of charged elastic bodies under diffusion at large strains, TOMASSETTI, GIUSEPPE, , 2020Link identifier #identifier_person_144881-12 Dettaglio
  • Foreword to the special issue “Mathematics & Mechanics: Natural Philosophy in the 21st Century”, TOMASSETTI, GIUSEPPE, , 2020Link identifier #identifier_person_130091-13 Dettaglio
  • Treadmilling stability of a one-dimensional actin growth model, TOMASSETTI, GIUSEPPE, , 2020Link identifier #identifier_person_64215-14 Dettaglio
  • Macroscopic and Microscopic Behavior of Narrow Elastic Ribbons, TOMASSETTI, GIUSEPPE, , 2019Link identifier #identifier_person_154647-15 Dettaglio
  • A DOUBLY NONLINEAR CAHN–HILLIARD SYSTEM WITH NONLINEAR VISCOSITY, TOMASSETTI, GIUSEPPE, , 2018Link identifier #identifier_person_62224-16 Dettaglio
  • A nonlinear theory for fibre-reinforced magneto-elastic rods, TOMASSETTI, GIUSEPPE, , 2018Link identifier #identifier_person_52818-17 Dettaglio
  • A thermodynamically consistent model of magneto-elastic materials under diffusion at large strains and its analysis, TOMASSETTI, GIUSEPPE, , 2018Link identifier #identifier_person_183105-18 Dettaglio
  • Linear models for thin plates of polymer gels, TOMASSETTI, GIUSEPPE, , 2018Link identifier #identifier_person_158738-19 Dettaglio
  • A non-smooth regularization of a forward-backward parabolic equation, TOMASSETTI, GIUSEPPE, , 2017Link identifier #identifier_person_84275-20 Dettaglio
  • Capturing the helical to spiral transitions in thin ribbons of nematic elastomers, TOMASSETTI, GIUSEPPE; VARANO, VALERIO, , 2017Link identifier #identifier_person_31097-21 Dettaglio
  • Large-strain poroelastic plate theory for polymer gels with applications to swelling-induced morphing of composite plates, TOMASSETTI, GIUSEPPE, , 2017Link identifier #identifier_person_3578-22 Dettaglio
  • Smooth and non-smooth regularizations of the nonlinear diffusion equation, TOMASSETTI, GIUSEPPE, , 2017Link identifier #identifier_person_22200-23 Dettaglio
  • Dissipative scale effects in strain-gradient plasticity: The case of simple shear, TOMASSETTI, GIUSEPPE, , 2016Link identifier #identifier_person_142195-24 Dettaglio
  • On morphoelastic rods, TOMASSETTI, GIUSEPPE, , 2016Link identifier #identifier_person_84787-25 Dettaglio
  • On the Effect of Elastic Distortions on the Kinetics of Diffusion-Induced Phase Transformations, TOMASSETTI, GIUSEPPE, , 2016Link identifier #identifier_person_137236-26 Dettaglio
  • Steady accretion of an elastic body on a hard spherical surface and the notion of a four-dimensional reference space, TOMASSETTI, GIUSEPPE, , 2016Link identifier #identifier_person_139670-27 Dettaglio
  • Buckling of residually stressed plates: An asymptotic approach, TOMASSETTI, GIUSEPPE, , 2015Link identifier #identifier_person_115505-28 Dettaglio
  • Stress effects on the kinetics of hydrogen adsorption in a spherical particle: An analytical model, TOMASSETTI, GIUSEPPE, , 2015Link identifier #identifier_person_110970-29 Dettaglio
  • Thermomechanics of damageable materials under diffusion: modelling and analysis, TOMASSETTI, GIUSEPPE, , 2015Link identifier #identifier_person_115055-30 Dettaglio

Libro

  • Link identifier #identifier_person_174764-31Dettaglio

Contributo in volume e atti di convegno

  • RECROSI, FILIPPO; TOMASSETTI, GIUSEPPE, Mechanical Model of Fiber Morphogenesis in the Liver, issn 2195-4356, pp. 671 688, 2020 Link identifier #identifier_person_71583-32Dettaglio
  • TOMASSETTI, GIUSEPPE, Mechanics of Surface Growth: Stability of 1D and 2D Treadmilling Systems, issn 2195-4356, pp. 1283 1292, 2020 Link identifier #identifier_person_45442-33Dettaglio
  • TOMASSETTI, GIUSEPPE, On the Straight-Helicoid to Spiral-Ribbon Transition in Thin Elastic Ribbons, issn 2195-4356, pp. 967 976, 2020 Link identifier #identifier_person_35409-34Dettaglio