Scientific Research

English Chinese

Service Hotline

0917-6681594 15129178143

Chinese

English Chinese

Technological

Equipment Core Team Core Patent

 Home / Technological /Scientific Research

Scientific Research

Equipment Core Team Core Patent

2025-07-04

New tools for predicting material deformation behavior: Slip orientation difference and twin orientation difference

Slip and twin are the two most important deformation modes of metallic materials. The transmission of deformation between different grains is also one

2025-07-04

Review of Research Progress on Microtexture of near-α and α + β Two-phase Titanium alloys

Near-α and α + β two-phase titanium alloys are core materials in key engineering fields of aerospace. Improving the performance of titanium alloy forg

2025-07-09

A physical quantity used to predict the variant selection tendency of phase transition processes - phase transition orientation difference

The nucleation of solid-state phase transitions in polycrystalline metallic materials preferentially occurs at grain boundaries, and the parent phase

New tools for predicting material deformation behavior: Slip orientation difference and twin orientation difference

Review of Research Progress on Microtexture of near-α and α + β Two-phase Titanium alloys

A physical quantity used to predict the variant selection tendency of phase transition processes - phase transition orientation difference

Review of Research Progress on Microtexture of near-α and α + β Two-phase Titanium alloys

Molecular dynamics simulation of grain boundary migration under dislocation during grain annexation

A physical quantity used to predict the variant selection tendency of phase transition processes - phase transition orientation difference