📐 Finite Element Simulation · Finite Element Analysis
Methodology
Finite element simulation (FEA) solves structural, thermal, fluid and electromagnetic problems and links material properties to device behavior — a core tool for engineering validation and failure analysis.
Applications
Related projects
Electromagnetic simulation
Electric / magnetic fields
Multiphysics coupling ★ Flagship
Coupled thermal-mechanical-electrical solving — flagship scenario
Phase-field simulation
Microstructure / dendrite growth
Case Studies
FAQ
Our technical team defines the approach from the physics, and it is written into the SLA annex after final review by Bian Xiaobo — no "garbage in, garbage out".
5–7 days for single-physics cases and 10 days for multiphysics coupling. 5% penalty per day of delay.
Deliverables include benchmarking against your experimental data where available; if the deviation falls outside the SLA range, we recompute free of charge.
Includes the Computational Traceability Report: mesh files, material parameters and solver settings are all archived.