TBASE

TBASE

Stop Running Simulations Blindly.

CFD tells you what happened. TBASE tells you what to try next.

Every simulation contains valuable engineering knowledge. TBASE transforms simulation data into predictive models that help engineers explore design alternatives, identify promising solutions, and accelerate optimisation.

What is TBASE?

Your Knowledge. Your Infrastructure. Your Control.

Engineering Intelligence for Simulation-Driven Design

TBASE is a knowledge base, surrogate modelling, and design exploration environment that learns from simulation data. Instead of relying solely on computationally expensive CFD analyses, engineers can build predictive models that estimate performance, understand parameter interactions, and guide future simulations. TBASE builds and maintains a digital memory of your engineering experience.

Engineering Knowledge Is Your Most Valuable Asset.

Keep it under your own roof

Every CFD project generates valuable engineering knowledge. Unfortunately, that knowledge often remains hidden in simulation files, spreadsheets or individual engineers’ experience.

TBASE transforms simulation data into reusable engineering models that remain part of your organisation. Your simulations become a growing knowledge base that can support future projects, new engineers and better design decisions.

Every Project Makes Your Company Smarter

Build a reusable engineering knowledge base

Instead of treating every project as an isolated task, TBASE allows organisations to accumulate engineering knowledge over time. As more simulations are added, predictive models become more accurate and design experience becomes easier to transfer across teams.

Typical Applications

Design optimisation, design exploration, sensitivity analysis, response surface generation, uncertainty quantification

TBASE supports a wide range of engineering workflows, including:

  • Design optimisation
  • Design space exploration
  • Sensitivity analysis
  • Multi-objective optimisation
  • Uncertainty quantification
  • Parametric studies

How TBASE Works

Learn. Predict. Improve.

TBASE combines simulation data with surrogate modelling techniques to create fast predictive models of engineering performance. These models enable rapid evaluation of new designs and identify where additional CFD simulations provide the greatest benefit.

Surrogate Models

Design optimisation, design exploration, sensitivity analysis, response surface generation, uncertainty quantification

TBASE provides several surrogate modelling methods, allowing engineers to balance accuracy, robustness and computational efficiency.

Active Learning

Find the next most valuable simulation

Instead of selecting new design points manually, TBASE can identify regions where additional simulations provide the highest increase in model accuracy. This adaptive workflow reduces computational effort while continuously improving prediction quality.

Optimisation Workflows

Accelerate optimisation by combining CFD with surrogate models and adaptive sampling

TBASE integrates naturally into optimisation workflows by combining surrogate models with optimisation algorithms. Thousands of candidate designs can be evaluated in seconds before validating the most promising solutions using CFD.

Integration with TCAE

Native integration with TCAE and compatibility with external simulation data

TBASE is fully integrated within the TCAE environment and works seamlessly with CFD, FEA and optimisation workflows. Existing simulation results can be reused without modifying established engineering processes.

Visualisation & Engineering Insights

Understand parameter influence, trade-offs and design sensitivity

TBASE provides interactive tools for analysing parameter influence, objective functions, and trade-offs between competing design goals. Engineers gain insight into why a design performs well, not only which design performs best.

 

Case Studies

Real engineering examples using TBASE

Benefits

Reduce simulation cost while increasing engineering confidence

  • Reduce the number of expensive CFD simulations
  • Accelerate optimisation studies
  • Explore larger design spaces
  • Improve engineering confidence
  • Build reusable engineering knowledge

Get Started

Discover how TBASE helps engineers transform simulation data into faster decisions, deeper understanding, and better designs.