Structural Analysis

Model stress and deflection under various applied loads.

Schedule Consultation

Maintain Structural Integrity

Apply Finite Element Analysis (FEA) to simulate stresses and deflections of parts and systems.

Ensure Reliability and Durability

Select materials and ensure components withstand various structural loads encountered during the product lifetime.

Optimize Design

Optimize the design for cost, weight, and performance while maintaining structural integrity and safety.

Capabilities

We utilize a combination of hand calculations and Finite Element Analysis (FEA) in ANSYS engineering software to optimize designs, reduce weights and costs, and ensure part performance.

Stress Analysis

Determine the stress and deflection condition of parts or assemblies under various structural loads.

Assembly Structural Analysis

Simulate structural performance of individual parts interacting in an assembly included bolted or welded joints. We do structural analysis on machined components, sheet metal, tube frames, and more.

Failure & Fatigue Analysis

Meet durability requirements and forecast needed maintenance and repairs.

Stress Analysis

Determine the stress and deflection condition of parts or assemblies under various structural loads.

Assembly Structural Analysis

Simulate structural performance of individual parts interacting in an assembly included bolted or welded joints. We do structural analysis on machined components, sheet metal, tube frames, and more.

Failure & Fatigue Analysis

Meet durability requirements and forecast needed maintenance and repairs.

Analyze Structural Stresses in Parts & Materials

We verify components meet requirements early in the design cycle, saving you costly and time-consuming prototype iterations.

Johnston Engineering has extensive experience in advanced structural analysis. We perform Finite Element Analysis (FEA) to analyze all stresses, heat, and weight loads of your product or system.