In this paper, transformation induced plasticity (TRIP) in anisothermal single as well as
double transformations (austenite→ bainite and austenite→ bainite+ Martensite) in 16MND5 …

The mechanical behavior of transformation induced plasticity (TRIP) steels depends on the
martensitic transformation of the retained austenite. The studied material is a three-phase …

The parameter k in the transformation plasticity model for bainitic and martensitic
transformations is determined by experiments on four types of steel. The relationships …

An experimental analysis of transformation induced plasticity (TRIP) considering bainitic
transformation in a 16MND5 steel (SA508Cl3 in ASTM norm) has been reported recently in …

The martensitic transformation is induced by deformation in metastable austenitic steels.
This is called the deformation-induced martensitic transformation. In order to understand the …

A pronounced difference in static strain aging was observed between unstrained and
prestrained low-alloy multiphase transformation-induced-plasticity (TRIP) steel. High bake …

The phenomenon of transformation induced plasticity (TRIP) in steel is reinvestigated both
experimentally and theoretically. The irreversible length change (TRIP strain) consists not …

The transformation induced plasticity in steels is studied using a tangent micromechanical
modelling. The modelization is based on a physical kinematic description of the …

A simplified micromechanical model adapted to martensitic transformation is applied to
describe transformation induced plasticity (TRIP) in steel. The accommodation of the …

Zackay et al proposed the transformation induced plasticity (TRIP) effect in the study of
austenitic steels in 1967, and they emphasized that the TRIP effect is caused by an increase …