Tensym

STRUCTURAL ENGINEERING · IN DEVELOPMENT

Stress analysis,
from FEM
to signed report.

Tensym brings finite element modelling, structural calculations, and engineering reports into one workspace—built for structural engineers, with the precision of aerospace engineering.

Explore Tensym Get in touch

One connected environment. An engineering story you can follow.

MODEL 01 / ATLAS 36STATIC ANALYSIS

ATLAS 36

The structure.
The response.

Deformation and von Mises stress.

Model recording coming soon
Atlas 36 Deformation + von Mises stress
MODELSOLVEUNDERSTANDDOCUMENT

THE TENSYM WORKSPACE

One workspace.
From model to meaning.

The result is only part of the story. Keep the model, the calculation, and the explanation connected.

01 / MODEL & ANALYSE

Understand the structure.

Build finite element models, define loads and constraints, and explore the response through deformation, stress contours, and modal results.

FEM modellingResults exploration
02 / CALCULATE & CHECK

Make the reasoning visible.

Bring engineering calculations alongside your analysis. Work through inputs, equations, and assumptions with the numbers in view.

Structural calculationsExplicit assumptions
03 / EXPLAIN & REPORT

Tell the engineering story.

Bring calculations and engineering narrative together in SmartDocs, with the context needed to explain a result.

SmartDocsEngineering reports

Tensym is in active development. This page introduces the workspace; public access is not yet available.

THE RESPONSE, IN VIEW

Different questions.
A clearer picture.

Static deformation and vibration modes reveal different aspects of a structure’s behaviour.

MODEL 02 / ANNULUSMODAL ANALYSIS

ANNULUS

A shape for
every mode.

Explore the structure’s vibration modes.

Model recording coming soon
Annulus Modal results
LOOK BEYOND A SINGLE NUMBER

See how the
structure responds.

Atlas 36 pairs the deformed shape with von Mises stress. The annulus example explores mode shapes and their associated natural frequencies.

Recordings of both examples are being prepared in Tensym.

Talk to us about your analysis

ENGINEERING JUDGMENT COMES FIRST

AI where it makes
a difference.

We use AI to help engineers build understanding, question assumptions, and make informed decisions—not to replace their thinking.

The goal is better engineers. You stay responsible for the assumptions, the checks, and the final judgment.

TRAINING FOR ENGINEERS

Build your skills.
Strengthen your judgment.

We offer training in stress engineering, using Tensym, and applying AI to engineering work through agentic workflows and tools.

01 / STRESS ENGINEERING

Understand the analysis.

Develop your approach to structural calculations and finite element analysis—from modelling assumptions and boundary conditions to interpreting and checking results.

Structural analysisEngineering judgment
02 / USING TENSYM

Get more from your tools.

Learn to use Tensym to build models, explore results, and bring calculations and engineering explanations together in one workspace.

Tensym workflowsModels to reports
03 / AI FOR ENGINEERS

Put AI to useful work.

Learn to work with AI agents, connect engineering tools, and build agentic workflows. Define the task, review the output, and keep engineering decisions in your hands.

Agentic workflowsTools & verification
Discuss your training needs

BUILT FOR STRUCTURAL ENGINEERS

Let’s talk
engineering.

Tensym is being built around the work of structural analysis, with the precision of aerospace engineering.

Have a use case in mind, interested in training, or want to follow development? Get in touch.