| Particle dynamics simulations | | Material modeling | | Data visualization | | Parallel computing |
By combining various numerical methods Habanera can provide a
detailed analysis of the thermal and mechanical properties of
engineering materials such as metals, concrete, and fiber-reinforced
plastics. These analyses can help you gain a better understanding of
important processes like heat diffusion and fracture growth. They
can also help you improve the thermal and mechanical properties of
existing materials or develop new materials.
A simulation of fracture growth in concrete. 1) A model of a
concrete specimen obtained with a particle dynamics simulation. 2)
Conversion to a finite element model. 3) First appearance of micro
cracks (white regions). 4) Final result.
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