Learn COMSOL-MULTIPHYSICS-SCRIPTING with Real Code Examples

COMSOL model object encapsulates geometry, physics, mesh, studies, and results

Scripting interfaces expose model API to MATLAB or Java

Simulation engine solves models based on defined studies

Scripts control parameters, execute studies, and extract results

Integration possible with external data sources or custom algorithms

COMSOL model object encapsulates geometry, physics, mesh, and studies

Scripting API manipulates model programmatically

Simulation engine executes studies and produces results

Results extracted, visualized, and exported via API

Supports parametric sweeps, optimization, and batch processing

Object-oriented model representation

Parameter-driven simulations

Batch and parallel simulation automation

Integration with MATLAB or Java workflows

High-performance batch and multiphysics patterns

Electronic component thermal management

Fluid-structure interaction in piping systems

Electrochemical cell optimization

MEMS device design and simulation

Biomedical simulations of tissue mechanics

Programmatic access to all model components

Automated and reproducible simulation workflows

Modular and hierarchical object model

Integration with MATLAB and external tools

Support for multiphysics coupling and batch processing

Use `parfor` or parallel computing for batch sweeps

Modularize scripts for multi-model automation

Optimize mesh and solver settings for speed

Leverage HPC or cloud resources for large runs

Automate multi-parameter and multi-model studies

Validate scripts for new COMSOL versions

Check module compatibility

Update API calls if object model changes

Test parametric and batch simulations

Document script modifications