New simulation software · coming early 2027
Account for the dynamic effects standard design misses
Our software simulates the dynamic behaviour of rolling bearings together with their elastic surrounding structure. Cage loads and the frictional energy in each contact are calculated. Failure modes that lead to bearing failures in the field can thus be addressed early in design, and the root causes of existing problems can be identified. The first release is tailored to double-row tapered roller bearings (2TRB) used as rotor bearings; further drivetrain components will follow.
Stresses in a bearing cage under dynamic loads
Short computation times
Our highly optimised contact algorithms are more than 100× faster than conventional FE contact methods – at the same result quality.
Easy and reliable to use
No dynamics or FE expertise required: models are set up from familiar parameters, and despite the nonlinear FE model, results are presented as in standard design tools.
Fully coupled system behaviour
Rings, rollers, cage and surrounding structure are coupled as flexible bodies in one nonlinear FE model – without the usual linearization or rigid-body simplifications.
Engineering services
Our team combines proprietary simulation technology with more than 25 years of industry experience in mechanical design and the wind industry. We carry out calculations and simulations for bearings, drivetrains and structures. Based on our technology, we also develop custom software such as model generators and post-processing tools for your application.
Product updates
We will inform you by e-mail about the release, demos and new features.
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Contact
Interested in our software, the demo version or engineering services? We look forward to hearing from you.
COMPOSE TECHNOLOGIES GMBH · KIEL
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