Skip to content
02 / ASSET LIBRARY

Anatomy with
more under the surface.

Use a richly textured atlas for anatomical context. Use a separately defined tissue model when your experiment needs physical response.

Visual materials describe appearance. Constitutive parameters describe mechanics. Both deserve a source.

ATLAS / HEPATOBILIARY
Actual texture-bearing GLB · drag to rotate
ANATOMICAL ASSET

Hepatobiliary anatomy

Liver, gallbladder and native artery / bile-duct curves, with photographic liver and gallbladder appearance. The view and download use the same asset.

ASSEMBLY
7 anatomical parts
GEOMETRY
19,496 triangles
APPEARANCE
2 tissue photographs
FORMAT / UNITS
GLB / metres

Atlas anatomy, not a patient-matched texture. This visual assembly has no attached tissue solver. Mesh and photograph licenses are included in the kit.

Download anatomy kit
CT-DERIVED / CONTACT MODEL
Patient geometry · generic material assumptions
PHYSICAL MODEL

Deformable liver

A CT-derived liver paired with a tetrahedral finite-element model and a native SOFA contact experiment. Geometry, physical parameters and results remain inspectable.

YOUNG’S MODULUS
5,000 Pa
POISSON RATIO
0.40
DENSITY
1,050 kg/m³
MODEL
Linear FEM

Small-strain, isotropic tissue. Frictionless contact and artificial support. Generic, uncalibrated parameters; no clinical validation. The replay kit contains surface states and records, not the complete solver installation.

Inspect the solved response
A REUSABLE ASSET CONTRACT

Know what you are
building with.

01 / GEOMETRY

Anatomically grounded

Semantic names, source geometry, physical units, coordinate transforms and matching label surfaces. Preview simplifications are recorded.

02 / PHYSICS

Constitutively explicit

Material law, parameter values, boundary conditions, solver and units belong to a physical model. A realistic texture alone carries none of these.

03 / EVIDENCE

Traceable by design

Source licenses, changes, model assumptions and numerical checks travel with the downloadable asset or experiment.