Reusable files in your account. CAD/mesh files import into the current project; projects load and replace it; journals play back their recorded steps.
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Demos
Open a pre-solved project to inspect its setup and results. No compute credits are used.
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Model
Physics
Submodel
Formulation
Numerics Backend
FSI Structure
RANS Turbulence
Immiscible Phases
CSG Modeler
Create Primitive
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Boolean Operation
Body A
Body B
Edit CSG▶
Body
Translate
mm
Rotate
deg
Slice a Solid
Mirror
Scale (origin-anchored)
Stretch (centroid-anchored)
Components
Load CAD or create CSG to appear here.
Edit Shape▶
Target Body
Heal Geometry
Sews open shells, fixes invalid edges/faces, and promotes open shells to solids. Run this first on messy or imported geometry to improve meshing success.
Merge Smooth
Dissolves edges between co-planar or smoothly-curved adjacent faces within the angle tolerance.
15°
Group Surfaces
Combines selected faces into one named entry for BC assignment. No geometry change.
Fuse Geometry
Fuses selected faces that lie on the same underlying surface into one face.
Extract Co-Volume
Creates all disconnected fluid domains found from openings in the Target Body. Optionally pick a wetted surface to extract only that passage.
Split by Size
Cuts faces larger than the threshold with axis-aligned planes to control mesh density.
Split at Bends
Inserts face boundaries wherever adjacent faces exceed the bend angle.
30°
Shrink Wrap
Creates a watertight faceted exterior envelope for CFD cleanup. Voxelated is the saved baseline; feature conforming snaps to sharp CAD features.
Edit Mesh▶
Translate
Move the mesh by an offset along X, Y, Z.
Rotate
Rotate around an arbitrary axis through the mesh centroid.
deg
Mirror
Reflect the mesh across a coordinate plane.
Copy
Duplicate the mesh with an optional translation offset.
Split Boundary
Segments a single imported boundary into multiple surface tags so different BCs can be assigned to each — by max size or by bend angle, same as CAD Split by Size / Split at Bends.
30°
Move Node
Pick a single mesh node and set its exact position.
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Morph
Select mesh patches, assign displacement or fixed, then morph the interior.
Assign Boundary
vars: x, y, z | xmin/max, ymin/max, zmin/max | r=√(x²+z²) | sin, cos, sqrt, pi…
Conditions▶
Volume▶
Select surfaces to inspect material
Initial▶
Select a solid body to assign initial fields
Boundary▶
Select surfaces to assign BCs
Interface▶
Select two surfaces on different bodies to tie them together
Mesh Generation
Load a CAD file first to enable meshing.
Body
Dimension
Algorithm
Element Order
Size
1.0
Local Refinement (optional)
Refine a specific surface below the global max size. Surface tags come from a prior mesh's result — mesh once, then add overrides here and re-mesh. Requires Max size above.
Increase density in a spherical region around a point.
Total Nodes—
Total Elements—
Topology—
Solver
Generate a mesh first to enable the solver.
Analysis Run
Cases
Load Combinations
Active Mesh
Time Stepping
Nonlinear / coupling
Partitioned Coupling
Time Integrators
Device
Linear Solver
Velocity block: local ILU. Pressure Schur block: local ILU.
PINNs Training
Results
Max displacement (m)—
Max von Mises (Pa)—
Max P1 (Pa)—
Min P1 (Pa)—
Max P2 (Pa)—
Min P2 (Pa)—
Max P3 (Pa)—
Min P3 (Pa)—
Max Temperature (K)—
Min Temperature (K)—
Max Heat Flux (W/m²)—
Max velocity (m/s)—
Max pressure (Pa)—
Min pressure (Pa)—
Neural Inference
No trained surrogate models yet. Sweep a model and train one with the
Sweeps & Surrogates journal workflow (see Documentation).
Surrogate What-If
Drag a slider for an instant prediction.
Set up your model as usual (import/create, mesh, assign BCs), pick the
closest pretrained model above, and drag the parameter sliders —
fields are predicted instantly on your mesh. Results are fully
post-processable in the Post tab like any FE, FV, or PINNs solution.
Post Processing
Run FEM to enable post-processing.
Result Frames
No frames
Result Variable
Deformation
0×
Display
Text Overlays
No overlays yet.
Reports
Evaluate result fields, forces, and integrals. Line profiles are added to the active Reports workspace and can be overlaid.
Definition
Select one surface in the model tree or viewport.
Activate and position the cross-section plane.
Plot Overlays
No line profiles yet.
Saved Reports
No completed reports yet.
Report Result
New Features!
Drag & drop a CAD or mesh file or use Settings → Upload & Open File
TorsoCAE
X: — Y: — Z: —
Run a line-profile report to create an overlay plot.
SesameMonitoring
Sesame, your in-browser TorsoCAE expert. Ask me to create geometry, set up a mesh, or explain any CAE concept — I can act directly in the UI.
Now
Project Notes
Use this area to document your simulation setup, assumptions, and findings. These notes are saved into your .tcae project file.
TorsoCAE