Comsol Multiphysics Training

• Gain a comprehensive understanding of multiphysics simulation and its applications in various industries.
• Familiarize yourself with the features and capabilities of the Comsol  Multiphysics software.
• Learn to create geometry, generate meshes, and define material properties for simulations.
• Develop proficiency in setting up simulations, defining boundary conditions, and selecting appropriate physics models.
• Gain hands-on experience in simulating complex physical phenomena using Comsol  Multiphysics.
• Understand the principles and techniques for analyzing simulation results and interpreting data.
• Learn to optimize designs and make informed engineering decisions based on simulation outcomes.
• Acquire practical skills in modeling real-world scenarios and solving engineering problems.
   

• Recorded Videos After Training
• Digital Learning Material
• Course Completion Certificate
• 24x7 After Training Support

• Engineers
• Researchers
• Analysts
• Designers
• Technical Managers
• Simulation Consultants
• Students
   

• Basic understanding of engineering principles and concepts related to the field of simulation and analysis.
• Familiarity with mathematical concepts and numerical methods used in engineering simulations.
• Knowledge of at least one programming language, such as MATLAB or Python, for scripting and automation purposes.
• Proficiency in using computer-aided design (CAD) software for geometry creation and manipulation.
• Understanding of finite element analysis (FEA) or computational fluid dynamics (CFD) principles is beneficial but not mandatory.
• Prior experience in using simulation software or conducting simulations would be advantageous.

• Multisoft Systems provides a globally recognized training certificate after successful completion of Comsol  Multiphysics Course.

Module 1: Overview

• Methodology of linear and non-linear numerical analysis
• Capabilities of COMSOL Multiphysics

Module 2: Introduction

• Structure of graphical user interface
• How to build and set up a simple analysis
• Solution and post processing of analytical results

Module 3: Geometry

• Using COMSOL's native geometry building features
• Best practices for importing model geometries from CAD

Module 4: Physics

• Setting up the physics of a problem
• Multiphysics simulations

Module 5: Meshing

• Methods for mesh generation
• Customized mesh generation and refinement
• Guidelines for mesh refinement

Module 6: Study Node

• Parametric sweeps
• Multi-step solutions
• Linear system solvers
• Nonlinear methods
• Multiphysics solvers

Module 7: Post-Processing

• Post processing of analysis results
• Viewing different plot representations of results
• Exporting images and tabular data
• Generation of animations
• Using custom datasets
• Overlay plots