Structural analysis
Reduced structural failure by 32% using FEA simulation, case study.
This case study covers how YantriX used simulation-driven design to identify stress concentration areas, reduce deformation under load, and improve bracket reliability before manufacturing.
Overview
Why this study matters
YantriX Technologies helped an industrial equipment client reduce structural failure risk in a load-bearing bracket through FEA-led design optimization.
Project Type: Structural Analysis (FEA)
Industry: Industrial Equipment
Service Used: FEA + Design Optimization
Objective
What the project needed to achieve
- Identify stress concentration areas
- Reduce deformation under load
- Improve overall structural strength
- Minimize redesign and prototyping cycles
Challenge
Engineering constraint
The client was developing a metal mounting bracket used in an industrial assembly. During physical testing, the part showed excessive deformation under load, high stress concentration near joints, and a real risk of early failure during operation. That increased prototyping cost, delayed development, and reduced confidence in long-term reliability.
Deliverables
What the client receives
- Stress plot and structural analysis report
- Deformation result summary
- Updated CAD model with optimized bracket geometry
- Design recommendations for manufacturing release
Visual results
Key simulation and design views
Deformation result
Before vs after design
Approach
How Yantrix approached the work
- Imported the CAD model, cleaned the geometry for simulation, and applied material properties before running the analysis.
- Defined real-world loading conditions and applied constraints based on how the mounting bracket is actually used in the assembly.
- Performed static structural analysis to identify stress distribution and deformation zones across the load-bearing geometry.
- Modified fillets, thickness distribution, and support structure to reduce stress concentration and then re-ran the simulation for validation.
Outcome
What improved by the end
- 32% reduction in maximum stress
- 25% reduction in deformation
- Improved load distribution
- Increased component reliability
- Reduced need for multiple physical prototypes
Tools used
- ANSYS
- SolidWorks
Impact
- Faster product development cycle
- Lower prototyping costs
- Increased confidence in design performance
- Improved durability in real-world conditions
Conclusion
By leveraging simulation-driven design, YantriX enabled the client to achieve a more robust and efficient component without extensive trial-and-error testing.
Next step
Need to validate your design before manufacturing? Get in touch with YantriX Technologies to reduce failure risks and optimize product performance.
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