YOUR SPECIALIST FOR COMPUTER-AIDED ENGINEERING (CAE) AND FINITE ELEMENTE ANALYSSIS (FEA)

WE SIMULATE REALITY

YOUR SUCCESS IS REAL

We are UNIQUE!

YOUR SPECIALIST FOR COMPUTER-AIDED ENGINEERING (CAE) AND FINITE ELEMENTE ANALYSSIS (FEA)

Engineering – Software – Consulting

UNIKE design & development GmbH is a company specialized in computer-aided engineering (CAE) and finite elemente analyssis (FEA) We are a team of creative specialists offering engineering services in the fields of finite elemente analyssis (FEA), multibody dynamics simulation (MBD), computational fluid dynamics (CFD) and acoustic simulation. Additionally, we possess the expertise to model the interactions between physics disciplines and offer full Co-Simulation.

Our customers come from various industries, and our projects are just as diverse and exciting. We are always seeking to serve our customers in the best possible way and looking to build a long term business relationship.

Aerospace

Automotive

Machinery and equipment industry

Cosumer products

General manufacturing

To give you an insight into our work, we have published a Youtube channel where we constantly upload new tutorials. Take a look at our latest video.

Our services

Our experts can support you in the following areas

Structural analysis

According to the definition of the boundary conditions, the occurring stresses and deformations of the component or assembly are calculatedin linear and nonlinear regime.

Multibody dynamics simulation (MBS)

Multibody dynamics simulation (MBS) investigates complex dynamic systems composed of rigid or flex bodies, joints, springs, dampers, and other components. It enables the analysis of movements, loads, energy flows, contact forces, and other physical properties of the system. MBS can also be used to investigate the effects of design changes and optimize the performance or behavior of the system.

Computational Fluid Dynamics (CFD)

The task of fluid mechanics is to investigate and describe the behavior of flowing media such as liquids and gases in terms of pressure and velocity, occurring flow forces, energy losses, as well as changes in density and cavitation, in mathematical formulas.