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Stress and
fracture mechanics analysis of components such as valves, vessels, rotating
equipment, and piping
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Static and
dynamic stress analysis for elastic, plastic, and creep behavior
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Heat transfer
analysis for complex geometries
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Mechanism
Analysis
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Assess the
condition of existing equipment and determine operating regimes which
maximize performance and reliability
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Evaluate new
designs for performance and reliability
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Analyze
equipment failures to prevent recurrence
Please click on the pictures below for further information from our previous
projects
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Boiler Header Integrity Program (BHIP)
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Causes & Behavior of Internal &
External Stubweld Cracks
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Re-inspection Interval for
Seam-Welded Piping |
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Rotor Integrity Program (RIP |
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Penstock Reliability & Remaining
Life of a Hydro Plant
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Condition Assessment of a Process
Steam System |
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Monitoring of Geothermal Steam to
Mitigate SCC of Rotor Steel |
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High Energy Piping Integrity Program
(HEPIP)
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Mitigating Nozzle Cracking in Gas
Turbines |
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Investigating Bearing Failures in
GasTurbine |
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A Typical Hydro-Plant Generator |
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Stage 3 Stress Analysis of a
Geothermal Turbine rotor |
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Turbine Rotor Disk Keyway
Reinspection Program
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Reducing Maintenance & Production
Costs of a Can Manufacturing Plant |
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Creep Sagging Analysis for a Main
Steam Line |
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Remaining Life Assessment of Buried
Gas Piping Systems |
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Boiler Wall Heat Loss By
Thermographic Inspection |
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Improving Condition Based
Maintenance Program for Gas Compressors & Engines
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Design Evaluation of an Electronic
Contactor |
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Design Improvement for a New Coal
Charring Reactor |
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Failure Risk Evaluation of a Turbine
Rotor's Control Stage
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Tube-Sheet Cracking of High-Pressure
Feedwater Heaters |
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Reducing Maintenance & Production
Costs of a Can Manufacturing Plant |
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