Simulation automation
MATLAB control histories, Fortran process control, Python extraction, and independent FE rerun reporting.
Materials Engineering × CAE × Computational Engineering
From forming physicsto verifiable process decisions.
Enter the portfolio ↓PORTFOLIO INDEX
Portfolio overview | Four modules, one engineering path.
A reviewable path through materials forming, coupled thermo-mechanical FE, simulation automation, and engineering data.
Featured Research
Master’s Research Project · Ongoing Research
20 m-class radial–axial ring rolling of 316H stainless steel
- Problem
- Coordinate forming load and thermal retention across a 20 m-class radial–axial process.
- My scope
- Finite-element modeling, simulation analysis, automation, and engineering data modeling.
- Method
- 3D thermo-mechanical FE → Dataset → Surrogate screening → Independent FE rerun
Capability System
From forming physics to verified computation.
01
Forming physics
Translate material behavior, deformation, load, and thermal constraints into process assumptions.
02
Coupled CAE
Build and interpret 3D Abaqus/Explicit models, process histories, fields, and geometry.
03
Engineering computation
Connect control generation, user subroutines, batch execution, extraction, modeling, and verification.
Selected Engineering Work
Automation and visualization support the simulation workflow.
20 m ring-rolling visualization collaboration
Supported the mapping of Abaqus output into a collaborative Unity visualization; not presented as independent Unity development or FE evidence.
About / Résumé / Contact
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About
Materials Engineering background, working principles, contribution boundaries, and portrait.
Read the profileRésumé
A concise browser summary of education, research, tools, and engineering focus.
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1311428642@qq.com
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