One platform for computational mechanics
eigenspace.design is a unified 3D environment for building, running, extending and reporting on computational mechanics simulations.

Report
Study report · report.pdf
Reinforced-concrete cantilever beam
Abstract
2 Results
Solver setup
- Analysis
- Linear static
- Method
- Conjugate gradient
- Preconditioner
- Hypre AMG
- Tolerance
- 1e-8 relative
- Max iterations
- 1000
- Unknowns
- 294,843
Material
AssignedConcrete
- E
- 25 GPa
- ν
- 0.20
Rebar: steel, 200 GPa
Report assets
Figures
3 high-resolution plots
Animation
Deformation movie (MP4)
LaTeX template
Journal-ready (arXiv, Elsevier)
Data package
Results, mesh and input files
Convergence
Linear solver residual
Below 1e-8 after 46 iterations
Figure
Displacement
Solve complete
RCC cantilever beam, 23.4 s
Mesh ready
532,927 tetrahedra, checked
Any physics, any method,
one workflow
Geometry, meshes, materials, loads, solvers and results live in one 3D environment, so the workflow stays the same as the physics or the numerical method changes.
Parameter studies
Sweep a load, a material or a mesh size, and compare every run side by side.
Sensitivity
Bulk modulus sweep
Runs
- Run15
- Run16
- Run17
Mesh convergence
Load sweep
Methods from the community
Install fracture models, solvers and optimizers developed by other research groups, and share your own.
Your laptop.
Or a cluster.
Run a study on your Mac, then send the same setup to parallel, cloud and HPC machines.
1,024 cores64 cores8 coresFrom one study
to a report
Figures, movies and tables, and the data behind them, come out of the study that produced them: ready to go into a report, and easy to reproduce.
Study runs
···Notched plate · fractureComplete
12 min
SolvedRemaining100 / 100 steps
MBB beam · topology
180 / 300
Questions, answered
What it runs, what you need, and how to get access. Something else on your mind? Ask the team.
Static analysis of 2D models (plane stress or plane strain), 3D solids, and plates and shells; dynamic analysis through time; modal analysis for natural frequencies and mode shapes; response spectrum analysis for ground shaking; heat transfer, steady or in time, and the thermal stress it causes; phase-field fracture, including thermal and dynamic fracture, with the mesh refined where the crack grows; topology optimization, which finds the stiffest layout for the material you allow; and metamaterial design, which designs a repeating unit cell for the highest bulk modulus.
You import a mesh, not a geometry: the app does not generate meshes. Build the model in your usual mesh generator, give its volumes, faces and edges named groups, and save it as a SALOME .med file or a Gmsh .msh file. The elements must be first-order triangles (a 2D model) or tetrahedra (a 3D model). The groups arrive with the mesh, and materials, supports and loads are assigned to them.
We solve verification problems in the app and compare each with its published answer: NAFEMS benchmarks and closed-form solutions from Lamé, Euler–Bernoulli, Timoshenko and Navier. The same problems ship in the app as sample projects, with the target written in each description, so you can run them yourself and check.
No. Studies solve on your own computer, and your geometry, meshes, settings and results are not sent to us. Activating and checking your licence sends only your licence and a device identifier, and once activated the app keeps working offline for up to two weeks between check-ins. The privacy policy has the details.
A Mac with Apple silicon (M1 or later) or a Windows PC, Docker Desktop, which the app uses to run the solver, and an internet connection to activate your licence and download the solver, about 0.8 GB. The app comes as one installer; the solver is downloaded from inside the app once your licence is active.
Request access with a short form. We read every request ourselves and set up a 15-minute call to understand your problem; your licence key follows by email, with the app ready to download. Early access is free through the Founders Program, and founders get a discount on their licence when pricing launches.
Bring your next study to eigenspace.design
We’re welcoming researchers and engineers into early access. Tell us what you simulate, and we’ll help you run your first study.