Studio¶
Gradient Dynamics Studio is the GUI interface to Gradient Dynamics simulation technology. It brings project setup, geometry review, meshing, solver configuration, run monitoring, and post-processing into one browser workspace.
Workspace Areas¶
Area |
Purpose |
|---|---|
Dashboard |
Create projects, review recent work, and track run status. |
3D Viewer |
Inspect geometry, domains, surfaces, meshes, and results. |
Setup Panel |
Configure domains, physics, materials, boundary conditions, and run controls. |
Feature Tree |
Navigate geometry, regions, zones, named surfaces, simulations, and results. |
Logs and Monitors |
Follow meshing and simulation progress with live status updates. |
Post-Processing |
Visualize fields, slices, streamlines, probes, forces, moments, and heat-transfer quantities. |
Core Workflows¶
Geometry Preparation¶
Upload CAD or surface files, check geometry health, repair common issues, and define named surfaces for boundary conditions.
Meshing¶
Studio supports two meshing types:
Mesh Type |
Use When |
|---|---|
Unstructured |
You want the recommended starting point for production CFD, boundary-layer workflows, complex geometry, interoperability, or imported meshes. |
Structured |
You want an automated, repeatable mesh workflow where a structured approach fits the solver and validation target. |
Simulation¶
Configure physics, materials, boundary conditions, turbulence models, run controls, and convergence targets. Studio keeps the solver setup user-facing so you can focus on engineering intent.
Results¶
Inspect convergence, visualize scalar and vector fields, compute engineering quantities, and compare runs within the same project.