ABOUT FEA CONSULTANCY
Understand Motion.
Prevent Dynamic Failure..
How We Analyse Your Design
Geometry Preparation
The model is simplified to remove unnecessary detail while preserving key structural features.
Material Definition
Material properties are defined, including strength, stiffness, and any other relevant behaviour.
Loads & Constraints
Realistic loads and boundary conditions are applied to represent real world conditions.
Meshing
The model is discretised into finite elements to enable accurate numerical analysis.
Solving
The simulation calculates stresses, strains, & displacements under the defined conditions.
Post Processing
Results are reviewed to identify critical areas, performance, and potential failure points.
Interpreting Results
We provide clear engineering insights and recommendations to improve your design.
What You Get
Detailed Analysis Report
- Clear summary of findings
- Assumptions & methodology
- Results and conclusions
- Key charts and images
- Recommendations
Time History Results
- Displacement, velocity and acceleration plots
- Force and reaction plots
- Time-domain responses
- Peak values and key events
Identification of critical modes
- Modal Results
- Natural frequencies
- Mode shapes
- Modal mass summary
Stress & Fatigue Assessment
- Stress under dynamic loading
- Factor of Safety (FOS)
- Fatigue life estimation
- Critical location identification
- Damage and reliability
assessment Design Recommendations
- Practical solutions to reduce vibration
- Improve durability and reliability
- Optimise performance and weight
- Clear next steps
CASE STUDY HIGHLIGHT
Challenge
A mounting bracket was
failing under dynamic
loading conditions.
Solution
Challenge
Ready to validate your design?
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