COMSOL Multiphysics: the compact course

Learn how to simply work with different modules step by step with examples and exercises

I am here to help you learn COMSOL Multi-physics from the absolute beginning to the advanced levels.

What you’ll learn

  • Learning the fundamentals of COMSOL.
  • Basic understanding of all modules in the software.
  • Determining the dimensionality of the problems.
  • Adding appropriate physics and studies.
  • Basic understanding of how to model the geometries.
  • Different methods for adding materials.
  • Applying loads, boundary conditions and mesh.
  • Running the simulations and obtaining various results.

Course Content

  • Introduction.
  • Opening, dimensions and physics.
  • Geometry and material.
  • Boundary condition, tip force, mesh.
  • Results.
  • Assignment.

COMSOL Multiphysics: the compact course

Requirements

  • Basic knowledge in engineering, math or physics.
Description

I am here to help you learn COMSOL Multi-physics from the absolute beginning to the advanced levels.

In this course we will start learning how to simply work with different modules step by step with examples and exercises.

By the end of this course you will have a strong foundation of the COMSOL Multipysics fundamentals.

If you are new to COMSOL Multi-physics or Finite Element Modeling and looking for a compact, fast, and powerful means to build your fundamentals, then, do not miss this course.

Please send me your recommendations. I will read your comments to apply them to the next courses.

So enroll now and enjoy this compact course.

Who this course is for:
  • Engineering, math and physics students and researchers
  • Engineers working in industrial sectors
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