"Ansys" matching MCP servers:

An MCP server that enables AI assistants to interact with Ansys CFX through PyCFX, supporting natural-language-assisted CFX-Pre, CFX Solver, and CFD-Post workflows for setup, execution, and postprocessing.

Enables natural language-driven ANSYS simulations (Fluent, Mechanical, Geometry) with automatic TUI script generation for reproducibility.

Enables MCP-capable AI clients to connect to local ANSYS Mechanical and Workbench for read-only inspection and bounded model, material, load, mesh, solve, result, and save operations via PyMechanical/gRPC.

Enables AI agents to control Ansys Electronics Desktop (HFSS, Maxwell, Q3D, etc.) using MCP tools for simulation automation.

Enables searching official ANSYS SpaceClaim API documentation and generating SCDM Python code candidates from natural language modeling intents.

Enables automated control of Ansys Workbench, Mechanical, and MAPDL through scripted journals and batch processing for simulation workflows.

Enables MCP clients like Codex to control Ansys Workbench and ICEM CFD locally, executing scripts, managing projects, and running simulations.

Enables headless control of Ansys SpaceClaim, including opening, inspecting, modifying, scripting, and exporting geometry, while guarding operations that falsely report success to ensure geometry actually changed.

Enables AI assistants to interact with Ansys simulation software (Fluent, MAPDL, Mechanical, Geometry) through the Model Context Protocol.

A clean MCP server and ACT extension for controlling ANSYS Workbench and ANSYS Mechanical from any MCP client, enabling launching Workbench journals, executing Mechanical Python scripts, and interacting with a running Mechanical session via file queue or socket timer bridge.

Enables users to run bounded, evidence-producing Ansys research workflows on qualified local products through STDIO, using fixed MCP tools and reviewed tutorial IDs with job tracking, provenance, and artifact retrieval.

Local MCP server for controlling Ansys Lumerical FDTD from Codex.

Enables AI clients to control local Ansys HFSS for modeling FSS, metasurfaces, and periodic structures, including periodic boundaries, Floquet ports, geometry transforms, arrays, simulation setups, and results export.

Enables AI agents to create parametric geometry, apply loads, run simulations, and read results in Ansys Discovery through natural-language commands over gRPC.

Automates Ansys Fluent simulation workflows, enabling environment checks, case execution, UDF management, and result export through MCP tools.

Enables AI agents to control Ansys Zemax OpticStudio via ZOS-API, allowing optical design tasks like aperture settings, optimization, and analysis through natural language.

Enables AI assistants to interact with ANSYS Icepak through natural language commands, supporting geometry import, material assignment, thermal loads, meshing, solving, and result retrieval.

An MCP server for automating ANSYS HFSS simulations, providing persistent connections and a suite of tools for modeling, simulation, and post-processing.

MCP server for automating ANSYS HFSS simulations, enabling persistent connections, modeling, simulation setup, and S-parameter extraction through AI assistants.

Provides SQL access to the ANSES Ciqual French food composition database, enabling query of nutritional data for over 3,000 foods with full-text search support.