Solidmekanik | Solid mechanics analyses

Constitutive modeling is the art of describing materials for computers in order to run simulations and optimizations. The material models are often the most important key for accurate simulations.

Generate understanding and predict the behaviour of your products with Finite Element Simulations. Above you see analyses of packages and detailed simulations of converting. Simulated with material model developed by Solidmekanik.

Optimization are used to find remarkably good designs. Above you see the trade of between performance and cost for an aluminum automotive suspension. Each dot represents one design and the blue represent the pareto (i.e. "best") designs.

Decision support are created to showcase simulation and optimizations in order for companies to take active design decisions. Above is a decision support for corrugated board. Each dot in the graph is one pareto design.

Testimonials

We at Goodtech have only positive experiences working with Solidmekanik.

Solidmekanik has helped us dimensioning stands for vacuum lifting of timber trusses in a new factory in Gausdal, Norway. We have also been helped by the expertise of Solidmekanik for problems with vibrations that caused noise in a processing plant for the timber industry in Åmotfors, Värmland.

Many thanks!

Johan Andersson, Goodtech Solutions

...due to his participation the design of the MCRWS [Medium Caliber Remote Weapon Station] has achieved the best solution both technically and commercially.

Tomas has also contributed to increase the level of understanding within the field of structural analysis among the structural analysis group.

I have no hesitation in recommending Tomas as an excellent professional and team member.

Bernt Isaksen,
Kongsberg Defence & Aerospace

Get in touch

Do not hesitate to contact me, Tomas, at:
+46 703 725481

Get in touch via Linkedin:

Tomas Andersson

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The Paper industry

Solidmekanik has developed material models for paper materials such as paperboard and corrugated board. The models are used for predicting and optimizing converting processes, packages, corrugated board etc.

The Defence industry

Solidmekanik has experience with working with large models towards the defense industry. The loads are often vibration and shock, and the aim is often to avoid fatigue problems and improve accuracy of the products.

The Automotive industry

Towards the Automotive industry the aim is often to automize the process of finding the best designs. Optimization and decision support give designers the opportunity to take active design decisions which reduces cost and time to market.