Process Equipment's & Power Engineering
Finite Element Analysis (FEA) is crucial in designing and assessing the safety of process equipment and power engineering systems. It helps evaluate pressure and stress in vessels, boilers, and pipelines under extreme conditions. FEA provides thermal analysis to understand heat distribution and thermal stresses. It predicts long-term behaviour through fatigue and creep analysis. It also checks stability using seismic and vibration analysis for dynamic loading.
- • Ensures structural integrity of high-pressure, high-temperature equipment.
- • Analyses thermal stresses in components like heat exchangers and turbines.
- • Predicts fatigue and creep for long-term reliability.
- • Evaluates seismic and vibration effects to improve stability and safety.
- • Evaluates structural strength of hopper walls and supports under static and dynamic material loads.
- • Identifies stress concentrations around welds, joints, and discharge openings to prevent cracking.
- • Assesses deformation and wear caused by bulk material flow, vibration, and impact.
- • Optimizes wall thickness, geometry, and material selection for durability, hygiene, and efficient flow.
- • Evaluates duct strength under internal pressure, airflow forces, and thermal expansion.
- • Identifies stress concentrations at bends, joints, and flange connections to prevent leaks or failure.
- • Assesses vibration and fatigue caused by fans, turbulence, and dynamic loading.
- • Optimizes thickness, support placement, and geometry for durability, efficiency, and reduced material use.
- • Evaluates the structural integrity of the genset frameand enclosure under static, dynamic, and vibration loads.
- • Assesses stress distribution on mounting points, engine supports, and skid bases to prevent fatigue or cracking.
- • Analyses thermal effects from engine heat to ensure proper ventilation and material durability.
- • Optimizes design for reduced vibration, improved stability, and longer service life.