Simulation Workflow Overview

A typical simulation workflow converts an engineering problem into a numerical model that can be solved by the software. The workflow begins with a physical problem definition and ends with interpreted engineering results.

The general workflow is:

1. Define geometry representing the physical domain.
2. Assign material properties to the geometry.
3. Generate a finite element mesh made of nodes and elements.
4. Apply loads and boundary conditions.
5. Select the analysis type and solver settings.
6. Assemble and solve the global system of equations.
7. Post-process displacements, strains, stresses, and derived quantities.
8. Check result quality using convergence, equilibrium, and engineering judgment.

Each workflow stage influences the final result. Poor geometry cleanup, inappropriate element selection, insufficient mesh resolution, unrealistic constraints, or unsuitable material data can lead to inaccurate results even if the numerical solver completes successfully.