Automates the export of Abaqus geometry, mesh data, and simulation results to formats like STL, STEP, and CSV.
This skill empowers Claude to programmatically handle Abaqus data exportation tasks, bridging the gap between finite element analysis and downstream applications. It enables seamless conversion of model geometry for 3D printing (STL) or CAD exchange (STEP), extraction of simulation results into CSV files for data analysis, and the generation of input files (INP) for high-performance computing. By automating these repetitive scripting tasks, engineers can streamline their post-processing workflows and ensure data consistency across different software environments.
Key Features
01Generate Abaqus Input (INP) files for external solvers
020 GitHub stars
03Batch export mesh data including nodes and elements
04Export geometry to STL, STEP, IGES, and SAT formats
05Extract simulation results (Stress, Displacement, RF) to CSV
06Process Topology Optimization results with custom density thresholds
Use Cases
01Automating the handoff from Abaqus to external CAD systems or HPC clusters
02Extracting field output data to Excel/CSV for advanced post-processing
03Converting FEA models to STL for 3D printing or visualization
