FEM Simulation
Virtual Analysis of Components Under Realistic Loads
Using FEM simulations, we analyze components and assemblies under realistic loads during the development process. This enables us to identify potential weak points at an early stage, reduce the need for physical prototypes, and optimize designs in terms of strength, stiffness, and weight. We also use topology optimization to reduce material usage and develop high-performance components.
What We Analyze
1. Structural Strength Analysis
We simulate real-world loads and analyze the resulting stresses and safety margins. This allows us to identify potential weak points at an early stage and optimize your design during the development phase.
2. Deformation Analysis
We analyze how components deform under real-world loads. This enables us to assess deformation behavior and optimize the design in terms of stiffness and functionality.
3. Topology Optimization
Through an iterative optimization process, we use simulation results to continuously improve the design. Each analysis provides new insights that are incorporated directly into the next stage of development until an optimized component geometry is achieved.
What This Means for You
Early Detection of Weak Points
Identify potential issues at an early stage
Shorter Development Times
Faster evaluation and optimization
Weight Optimization
Lower weight with the same structural integrity
Reduced Development Costs
Fewer prototypes and reduced testing requirements
Real-World Examples
Structural Strength Analysis of Frame Structures
Deformation Analysis of Axle Mountings
Topology Optimization of a Heavy-Duty Boom Tip
Structural Analysis of Truss Structures and Connections
Why TECO?
25+ Years of Experience
Customized Solutions
One Partner for Your Entire Project
On-Site Assembly Support
German Engineering