Stress hot spots—areas of high stress concentration—are the primary points where material failure and fatigue cracking originate. At CAD FEA Solutions, our specialised diagnostic services use advanced FEA to precisely identify, evaluate, and mitigate these critical zones. This analysis is essential for enhancing the reliability, durability, and safety of your components.
Advanced Stress Analysis
Our simulations accurately identify and map the location and magnitude of high-stress areas within your design. This provides a clear, data-driven guide to potential failure points that require design refinement.
We provide comprehensive stress maps that visualise how loads are distributed across your component. This is critical for understanding the overall structural behaviour and making informed decisions to improve performance
Comprehensive Fatigue & Durability Assessment
By combining stress analysis with material data, we accurately predict the fatigue life of your components. This analysis determines the number of operational cycles a part can endure before failure, which is crucial for any product subjected to repeated loading.
Our process evaluates how different load severities and frequencies contribute to material fatigue. This insight is vital for optimising designs for longevity and reliability in real-world cyclic environments.
Integrated Design Optimisation
Our diagnostic process integrates directly with your CAD data. This creates an efficient, iterative cycle of analysis and design refinement, allowing you to test modifications and validate improvements quickly.
The insights from our analysis enable targeted design modifications—such as adjusting geometry or adding fillets—to mitigate high stress. This process helps you maximise performance, ensure safety, and achieve compliance with stringent industry standards.
Ensure Component Durability and Safety
Enhance your design’s integrity with precise analysis. Contact us to discuss a detailed stress and fatigue evaluation for your project.
CAD FEA Solutions: Engineering Excellence Through Precision Analysis
