Finite Element Analysis of Machinery
Finite element analysis is used to evaluate the structural performance of machinery and equipment under complex operating, thermal, pressure, inertial, and support loads. The analysis helps identify localized overstress, deformation, stress concentrations, and fatigue-critical regions that may not be adequately captured using simplified calculation methods, supporting safer design and improved equipment reliability.
- Evaluation of local stresses, deformation, and load paths in machinery components.
- Identification of stress concentrations and potential overstress locations.
- Assessment of fatigue-sensitive regions subjected to cyclic operating loads.
- Evaluation of effects from thermal gradients, pressure, mechanical loads, vibration, and support conditions.
- Verification of design modifications and reinforcement details to improve structural integrity and fatigue life.
- Assessment performed using applicable ASME, API, manufacturer, and project-specific acceptance criteria, as appropriate.
