Structural Strength and Stress Assessment.
Test the strength limits of your components virtually. Using Finite Element Analysis (FEA), we assess fatigue, displacement and potential failure to support an appropriate factor of safety.
Balancing weight and strength.
Unknown stress concentrations are a significant risk in industrial manufacturing and machine design. Static structural analysis supports safe design and can reduce unnecessary material use and associated costs.
Displacement Analysis
We assess deflection and bending under applied loads. By defining tolerance limits, we address the risk of mechanisms binding during operation.
Von Mises Stress & Factor of Safety
We use Von Mises stress to assess how close a material is to its yield strength, supporting an appropriate factor of safety without unnecessary material use.
Which decisions does a static structural analysis report support?
Problem
Excessive stress, deformation, weak connections, inadequate cross-sections and safe load-carrying capacity are assessed before production.
Method
We build the FEA model using material properties, boundary conditions, load cases, mesh and contact definitions, then evaluate critical regions.
Deliverables
The technical report presents Von Mises stress, displacement, factor of safety and practical design revision recommendations.
Move towards a safer design.
Let's assess whether your equipment can withstand its operating conditions before production. Contact us for static structural and mechanical analysis reports.