APDL allows you to define parameters (variables) that control geometry, material properties, mesh density, and loads.
APDL can treat arrays like MATLAB matrices. You can read stress data from 1,000 nodes into an array, run a statistical average, and store it back.
For simulating additive manufacturing, excavation, or sequential construction, APDL allows you to "kill" or "activate" elements mid-solution using the EKILL and EALIVE commands. While Workbench has this feature, APDL allows for user-defined criteria for element death based on real-time stress/strain results—a level of customization impossible via standard menus.
module. Depending on your needs, you can build parts using "Bottom-Up" modeling (creating points, then lines, then areas) or "Top-Down" modeling (creating primitive volumes directly). 1. Basic Commands to Create a Piece
If your load is an aerodynamic pressure from a CFD file (CSV format), APDL can read it directly:
APDL allows you to define parameters (variables) that control geometry, material properties, mesh density, and loads.
APDL can treat arrays like MATLAB matrices. You can read stress data from 1,000 nodes into an array, run a statistical average, and store it back.
For simulating additive manufacturing, excavation, or sequential construction, APDL allows you to "kill" or "activate" elements mid-solution using the EKILL and EALIVE commands. While Workbench has this feature, APDL allows for user-defined criteria for element death based on real-time stress/strain results—a level of customization impossible via standard menus.
module. Depending on your needs, you can build parts using "Bottom-Up" modeling (creating points, then lines, then areas) or "Top-Down" modeling (creating primitive volumes directly). 1. Basic Commands to Create a Piece
If your load is an aerodynamic pressure from a CFD file (CSV format), APDL can read it directly:
