Email: martin.idiart@gmail.com
Télefono: +54 221 423-6679 int. 297
Unidad/es de investigación: Grupo de Fluidodinámica Computacional - GFC
Grado académico: Doctor en Ingeniería
Biografía:
Profesor Titular con Dedicación Exclusiva en Mecánica Racional.
Investigador Independiente del CONICET.
Producción científica en CONICET
Homogenized descriptions for the elastoplastic response of polycrystalline solids with complex hardening laws: Application to neutron-irradiated bainitic steels Fecha: 2024-05-01Compartir:
Improved estimates for the elastic properties of dilute composites with imperfect interfacial bondings of moderate anisotropy Autores:Gallican, Valentin Idiart, Martín Ignacio Fecha: 2023-08-01Compartir:
Mean-field descriptions for the viscoelastic response of thermorheologically complex reinforced solids Fecha: 2023-03-01Compartir:
A constitutive framework for steady-state creep in coarse-grained zirconium alloys under irradiation A constitutive framework for steady-state creep in coarse-grained zirconium alloys under irradiationFecha: 2022-02-01Compartir:
A class of coherent potentials for two-phase creeping solids Fecha: 2021-10-01Compartir:
Model reduction by mean-field homogenization in viscoelastic composites. III. Dual theory Fecha: 2021-05-01Compartir:
Porous polycrystal plasticity modeling of neutron-irradiated austenitic stainless steels Fecha: 2020-12-01Compartir:
Effects of internal pore pressure on closed-cell elastomeric foams Fecha: 2012-10-01Compartir:
Bounding the plastic strength of polycrystalline solids by linear-comparison homogenization methods Autores:Idiart, Martín Ignacio Fecha: 2012-04-01Compartir:
On microstructure evolution in fiber-reinforced elastomers and implications for their mechanical response and stability Fecha: 2011-01-01Compartir: