Engineering · CAE Software · Support
Simulation-Based Engineering for Complex Technical Challenges
Finite Element Analysis · Multibody Simulation · Computational Fluid Dynamics · CAE Software
UNIKE supports industrial companies, research institutions and universities in Europe and the USA in analysing and optimising complex technical systems. Our core areas of expertise are finite element analysis, multibody simulation, computational fluid dynamics and CAE software from Cadence’s MSC portfolio. We make physical behaviour visible, identify risks at an early stage and provide a sound basis for development, design approval and optimisation.
Key areas of expertise:
Structural Analysis and FEA · Multibody Simulation · Computational Fluid Dynamics · CAE Software · Technical Support · Training
Complex technical challenges require reliable answers: When components, assemblies and systems need to operate reliably under real loads, motion, fluid flow and thermal conditions, standard answers are not enough. UNIKE helps companies understand physical behaviour, make informed comparisons between design alternatives and validate each stage of development.
The aim is to provide a sound basis for decision-making, reduce the number of physical prototypes and make the development process more efficient.
- Identify weaknesses and risks at an early stage
- Compare and evaluate design alternatives on a sound technical basis
- Reduce the number of physical prototypes
- Allocate development resources more effectively
- Support technical decisions with reliable evidence
- Integrate simulation methods effectively into development processes
Industries and Applications
- Aerospace
- Automotive and Vehicle Engineering
- Machinery and Plant Engineering
- Consumer Product Development
- Jig, Fixture and Tool Design
Our YouTube channel features practical tutorials on Adams, MSC Apex and SimDesigner – from modelling to simulation.
Simulation-Based Engineering
Our experts advise you in the following areas.
Structural Analysis and FEA
We calculate stresses and deformations in components and assemblies. This helps you assess strength and stiffness, identify critical loads and establish a sound basis for lighter, reliable designs.
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Multibody Simulation (MBS)
We investigate motion, forces and interactions in mechanical systems. This helps you identify dynamic loads, compare design alternatives and optimise how components, joints, springs and dampers work together.
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Computational Fluid Dynamics (CFD)
We analyse fluid flow and heat transfer in and around your components. This helps you assess pressure losses, temperatures and flow-induced forces, improving cooling, flow distribution and product efficiency during development.
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UNIKE3D – Prototype Printing
UNIKE takes the next step: We optimise your components through simulation and produce matching 3D-printed prototypes with UNIKE3D. This lets you assess design, fit and function on a physical component as well.
Upload your CAD file and select the material and quantity for prototypes, functional models and technical plastic parts.
Visit UNIKE3DOur Customers and References
