Finite Element Analysis (FEA)
Using the finite element method (FEA), we check how the design will behave under real working conditions before it reaches the production stage. Strength analyses allow us to anticipate problems, optimize the design, and minimize prototyping costs.
Our approach to FEA analyses:
1. Analysis of Working Conditions
- We gather all requirements regarding loads, working environment, and standards that the project must meet.
- We consider both extreme conditions and typical product usage.
2. Preparation of CAD Model for Simulation
- We develop a simplified yet faithful geometry that allows for accurate representation of the structure's behavior.
- We define mounting points, geometric constraints, and interactions between components.
3. Definition of Loads and Scenarios
- We specify forces, moments, pressures, temperatures, and vibrations that will act on the project.
- We create various simulation scenarios – from typical working conditions to emergency situations.
4. Computer Simulation (FEA)
- We conduct numerical calculations that show the distribution of stresses, displacements, and potential critical points.
- We verify safety factors and compliance with industry standards.
5. Analysis of Results and Recommendations
- We identify the strengths and weaknesses of the structure.
- We propose optimizations – changes in geometry, material selection, or manufacturing technology.
6. Reports and Documentation
- We provide clear reports with complete results and conclusions.
- The reports are ready for use in the certification process or for presentation to business partners.
What do you gain by choosing us?
- Minimization of the risk of failures and costly corrections.
- Project verified for durability and safety.
- Better optimization of the structure – lighter, more durable, and cheaper solutions for production.
- Reports compliant with standards, useful in the certification process.
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+48 781 790 989
inzynieria@designhere.pl
31 Wincentego Witosa St.
Kraków, 30-612
You can find us.