
Stress Engineering Service Inc.
Facility Overview
At Stress Engineering Services, we have the expertise, equipment, and capacity to meet your full-scale mechanical testing needs. Our more than 130,000 square feet of test lab space houses an extensive array of testing equipment, giving us the ability to simulate operational conditions for a variety of industries, applications and materials.
Stress Engineering Services merges unsurpassed mechanical and testing capabilities with exceptional software and electrical engineering skills to offer data acquisition services specializing in load, pressure, flow, stress, strain, temperature, vibration, torque, displacement, acceleration, and vibration.
Facility Capabilities
We specialize in standardized and custom testing in force, load, tension, pressure, fatigue, temperature, HPHT, noise, vibration, torque, strain, creep, and displacement. In addition, we’re a recognized leader in the use of strain gages and equipped with some of the most advanced instrumentation monitoring and data acquisition systems available today. Load/Force testing. Pressure testing. Fatigue testing. Temperature testing. High Pressure/High Temperature Testing. Noise and Vibration Testing.
4 Facility Capabilities
- Materials Testing
- Noise & Vibration Characterization
- Pressure Testing
- Structural Testing
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Failure analysis Corrosion engineering Materials engineering
2 Facility Capabilities
- Material Selection
- Risk Reduction
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Stress Engineering Services merges unsurpassed mechanical and testing capabilities with exceptional software and electrical engineering skills to offer data acquisition services specializing in load, pressure, flow, stress, strain, temperature, vibration, torque, displacement, acceleration, and vibration. Mooring design. Finite Element Analysis (using a variety of software packages including ABAQUS, ANSYS, etc.) Fatigue and fracture mechanics analysis. Vibration monitoring and assessment. Computational Fluid Dynamics Analysis.
4 Facility Capabilities
- Component Analysis
- Computational Fluid Dynamics (CFD)
- Dynamical Modeling
- Finite Element Analysis (FEA)






















































