Check the COMSOL Server's status, configured paths, and runtime state to confirm connectivity and environment settings.
MIT
305,560 tools. Last updated 2026-07-23 07:10
"Comsol" matching MCP tools:
- Disconnect from COMSOL and clear all models from memory to free up resources and reset the environment.MIT
- Disconnect from COMSOL and remove all loaded models from memory to free resources and end the simulation session.MIT
- Save a COMSOL model to a file in Comsol, Java, Matlab, or VBA format. Set model name and file path for precise control.MIT
- Retrieve real-time status of your COMSOL session, including connection state, software version, and list of loaded models.MIT
- Start a local COMSOL Multiphysics session with specified processor cores and version for simulation automation.MIT
Matching MCP Servers
- AlicenseBqualityBmaintenanceMCP server for visible COMSOL automation that attaches to a running COMSOL Multiphysics Server, enabling shared model state with the Desktop GUI for collaborative modeling.Last updated189MIT
- AlicenseBqualityBmaintenanceMCP Server for COMSOL Multiphysics simulation automation via AI agents.Last updated78MIT
- Connect to a remote COMSOL server for simulation automation using specified port and host.MIT
- Start a local COMSOL client session with configurable cores and version. Prepares the simulation environment for model building and solving.MIT
- Check the current COMSOL session status to verify connection, version, and loaded models.MIT
- Lists all models currently loaded in the COMSOL session, showing their names, file paths, and status.MIT
- Lists all available COMSOL documentation modules with file counts for quick reference.MIT
- Connect to a remote COMSOL server for automated simulation control. Specify the server host and port to establish a connection.MIT
- Save a COMSOL model to file in multiple formats including Comsol, Java, Matlab, or VBA. Specify model name and file path for flexible storage.MIT
- List all available COMSOL documentation modules with their file counts to quickly find relevant resources.MIT
- Start a local COMSOL Multiphysics Server and connect the MCP client to it, enabling shared model state with the Desktop GUI for collaborative modeling.MIT
- Creates a new in-memory model on the connected COMSOL server and sets it as the active model.MIT
- Load an MPH file on the COMSOL server and set it as the active model for collaborative modeling.MIT
- Establishes a connection between the MCP client and a running COMSOL Multiphysics Server, enabling shared model state with the Desktop GUI for collaborative modeling.MIT
- Obtain a quick guide for electrostatics, heat transfer, solid mechanics, or fluid flow to jumpstart your COMSOL simulation.MIT
- Retrieve a list of all available documentation topics and their descriptions to find relevant guidance for COMSOL simulations.MIT