analysistoolfor a comingautomated aerodynamic design optimization mission.The mathematical modeling of a turbomachinery airfoil shape using NURBS curve is carried outwithin MATLAB, and then is automatically take
comsol建模必备经典教材,有详细步骤。。又需要取走。。。和一个运用comsol5.0建模文献。Multiphysics_Modeling_Using_COMSOL5_and_MATLAB_-_.pdfSmart_3-D_Finite-Element_Modeling_for_the_Design.pdf2016/0308/w76h4219141_1457410943_522.png|bcs|112016/0308/w72h421
The COMSOL Multiphysics®simulation environment facilitates all steps in the modeling process—defining your geometry, specifying physics, meshing, solving, and then postprocessing the results. Optionally, by adding a tailored graphical user interface to your model, you can turn it into an application...
Multiphysics Modeling Using COMSOL5 and MATLAB(经典!!) 仿真模拟 COMSOL Multiphysics & HYPERWORKS 第34页 小木虫 论坛
现在我们已经在 COMSOL Desktop® 求解了基本模型, 接下来启动 LiveLinkforMATLAB®,进入 MATLAB® 图形化用户界面。 我们有个小脚本,第一步先使用 mphload 命令,将 COMSOL Desktop® 的模型文件导入到 MATLAB® 工作空间。 完成后可以在工作空间中看到模型的结构。
In order to set up the model in COMSOL Desktop®, we will create the geometry, set up the physics, assign material properties, mesh, and run the model. Once we have run the basic model in the COMSOL Desktop, we will start the LiveLink™forMATLAB® and load the COMSOL® model....
反对称边界条件通常与实体的几何非线性分析不相容,原因是该约束将移除一些应变项,而它们是描述反对称截面处的有限旋转所必需的项。 获取更多信息 有关高效建模实践的更多提示,请参阅COMSOL Multiphysics Reference Manual中的Modeling Guidelines一节。
you will needLiveLink™forMATLAB®. This interfacing tool allows you to create a bidirectional integration of COMSOL Multiphysics and MATLAB®. Besides solving the type of problem described above, you can perform a host of advanced modeling operations as a result of the flexibility provided by...
[250] has studied the process parameters, microstructure, and mechanical properties of SS316L and Al2O3 materials using SLM processes. The powder has been agglomerated using a physical mixing in a roller mixer. They utilized Comsol multiphysics for modeling the part and assigned two powder ...
3.5. 2D COMSOL multiphysics model In order to model the system, we coupled the models using two components: Heat Transfer and Fluid flow modules. This program is a powerful tool that allows the user to solve PDE systems by finite element method. For pyrolysis process modelling, Heat Transfer ...