Sentence examples for the trip effect from inspiring English sources

The results reveal that (i) the strain partitioning between austenite and martensite is governed by a highly dynamical interplay of dislocation slip, deformation-induced phase transformation (i.e. causing the TRIP effect) and mechanical twinning (i.e. causing the twinning-induced plasticity effect); and (ii) the nanolaminate microstructure morphology leads to enhanced damage resistance.

Importantly, the gradient structure prolongs the TRIP effect to large plastic strains.

A classical size independent plasticity model is shown unable to capture the TRIP effect on the mechanical response.

The TRIP effect was modeled using an equivalent plastic strain and a stress triaxiality coefficient as the variant.

The TRIP effect was observed to occur at significantly lower applied stress levels during cyclic fatigue compared to monotonic loading.

Here we propose a new thermo-mechanical treatment route to activate the TRIP effect over a broad strain regime and refer to it as 'spectral TRIP effect'.

The superior mechanical properties are attributed to the discontinuous TRIP effect and the cooperative deformation of ferrite, where the discontinuous effect is a consequence of the non-uniform distribution of manganese, which is responsible for introducing varying degrees of stability in the austenite phase.

The large total elongation of this steel is mainly due to the uniform fine lath structure matrix and the pronounced TRIP effect of a large amount of retained austenite films which prevents a rapid decrease of strain hardening rate at low strain and leads to a relatively high strain hardening at high strain level.

The large total elongation can be attributed to the uniform microstructure and fine lath structure matrix and to the pronounced TRIP effect of a large amount of stable retained austenite films which gradually transforms upon loading to martensite.

A mixed isotropic kinematic hardening model considering the transformation-induced plasticity (TRIP) effect was proposed for TRIP steels in this study.

The influence of Si content on the activation and kinetics of transformation-induced plasticity (TRIP) effect, the formation of deformation twins, as well as the strain partitioning between phase constituents during deformation was studied in detail.