2021-07-23
LuJiaZui ground large exhibition hall
从固体力学、流体流动到传热再到声学理论等基本物理定律中包含的微分方程（组）出发，利用数值方法求解近似解，构成多物理场建模和仿真的基础。我们充分利用现有的仿真程序并对其进行二次开发，以适应具体项目的需要。专业工程师对仿真结果的准确分析能够使我们的产品得到最好的竞争力。
Starting from the differential equations (sets) contained in basic physical laws such as solid mechanics, fluid flow, heat transfer, and acoustic theory, numerical methods are used to solve approximate solutions, which form the basis of multiphysics modeling and simulation.
We take advantage of existing simulation programs and redevelop them to suit the needs of specific projects. The accurate analysis of simulation results by professional engineers can enable our products to get the best competitiveness.
