Linear Static Simulation is a fundamental FEA method used to determine the structural integrity of parts and assemblies under constant, unchanging loads. At CAD FEA Solutions, our expert analysis provides critical insights into stress, strain, and deformation, ensuring your designs are robust, compliant, and optimised for their intended application.
Comprehensive Structural Analysis
We precisely calculate the stress and strain distribution within your components. This analysis is crucial to determine if stress levels exceed material limits, which could lead to permanent deformation or failure.
Our simulations accurately predict how components will deflect or deform under load. This is key for validating that your design meets all functional and geometric specifications and maintains required clearances during operation.
Realistic Load Scenarios
We simulate a wide range of static load types—including gravitational force, constant pressure, and sustained thermal loads—to accurately represent your product’s real-world operating environment.
Our engineers ensure that loads are applied with realistic magnitudes, directions, and distributions, meticulously modelling how the component is constrained or fixed to guarantee the simulation reflects true conditions.
Integrated Design Optimisation
Our linear static simulations are fully integrated with your CAD data, facilitating a cohesive and streamlined design-analysis process that allows for rapid design iteration and validation.
The results from our simulations enable data-driven design optimisation. We help you enhance strength where it’s needed most, reduce material and weight from non-critical areas, and ensure your final design is both structurally efficient and cost-effective.
Validate Your Design's Structural Integrity
Ensure your components can withstand their operational loads. Contact us to discuss a detailed linear static analysis for your project.
CAD FEA Solutions: Engineering with Accuracy, Delivering with Confidence
