15/05/2026
Advanced materials are no longer only a laboratory challenge — they are a simulation, design, manufacturing, and reliability challenge.
That is where Digimat brings major value for both academic researchers and professional engineers.
For researchers, Digimat provides a digital materials laboratory for investigating how microstructure, constituents, defects, layups, temperature, and test conditions influence macroscopic material behaviour. It supports virtual material exploration using material models, microstructures, CT-scan-based data, representative volume elements, and virtual testing workflows.
For engineers, Digimat helps connect materials, manufacturing, and structural performance. This is especially valuable when working with composites, reinforced plastics, battery materials, fatigue-critical components, and variability-sensitive designs.
Key advantages include the following:
- Multiscale modelling from microstructure to part performance
- Advanced simulations using CT scans or synthetic microstructures
- Virtual coupon testing to reduce physical test campaigns
- Fatigue prediction workflows for reinforced plastics and composites
- Battery electrochemical, mechanical, and thermal performance simulations
- Design-of-experiment and uncertainty quantification for material and manufacturing variability
- Faster design iterations with reduced prototyping cost and risk
For academic teams, this means deeper insight into material behaviour and faster hypothesis testing.
For engineering teams, it means more confidence in material selection, product validation, durability assessment, and lightweight design decisions before committing to expensive physical prototypes.
Digimat is a strong example of how Integrated Computational Materials Engineering (ICME) is moving from a research concept to a practical engineering workflow.
Learn more about Digimat on our website: https://simteq.co.za/products-engineering-simulation-software/digimat/
