Simulates complex physical systems using acausal equation-based modeling and Wolfram Language integration.
The Modelica skill brings high-fidelity, multi-domain physical modeling to Claude, enabling the simulation of electrical, mechanical, thermal, and chemical systems. By utilizing acausal semantics where equations define relationships rather than data flow, it automates the enforcement of conservation laws and solves complex differential-algebraic equations (DAEs). This skill is specifically optimized for 'chemputation' workflows and advanced engineering tasks, providing a bridge between symbolic constraints and numerical verification through the Wolfram SystemModeler API.
主な機能
01Multi-domain support including electrical, mechanical, fluid, and thermal libraries
02Acausal equation-based modeling for bidirectional system relationships
03Automatic enforcement of conservation laws at component connectors
048 GitHub stars
05Integration with Wolfram Language for linearization and control design
06Advanced DAE solving with index reduction and equilibrium finding
ユースケース
01Simulating chemical reaction networks and thermodynamic equilibria for synthesis
02Designing and analyzing complex cyber-physical systems like circuits and robotics
03Performing automated parameter sweeps and stability analysis for industrial control
