Finite Element Analysis and Computational Fluid Dynamics on Vessels & Components
ASME design and (thermal, stress, vibration and fatigue) finite element analysis was performed on pressure vessels and components – as part of the Department of Energy’s radioactive waste cleanup effort.
These vessels were subjected to elevated temperatures (>1400 F), seismic loads and deflagration events. One of the vessels used an OCE-designed clamping system consisting of brackets and o-rings. We also designed a unique refractory insulating system on both vessels to thermally isolate the vessels from the support skids, which were not designed for elevated temperatures.
In order to perform the analysis of the vessels, we performed computational fluid dynamics (CFD) to determine the temperature distributions and the hydrodynamic forces due to splashing of the media during operation – as well as sloshing during a seismic event.
Structural analysis and creep-fatigue damage calculations were performed using finite element analysis. In addition, all of the flanged connections were evaluated to ensure leak tightness of the connections in spite of significant loss of bolt preload due to creep relaxation.
We perform Finite Element and CFD analysis on equipment to Code including AWS, API and ASME.
– Finite Element Analysis of a Vessel Processing Nuclear Waste
– Finite Element Analysis & ASME Code Section VIII Division 2 Calculations on Feedwater Heaters
– Development of Elevated Temperature Design Criteria for Nuclear Components
– Finite Element Analysis
– Nuclear Power Plant Consulting
– Tom O’Donnell, PE
– Links to Engineering Resources
– Background of the ASME Code
– Publications – Heat Exchangers, Pressure Vessels, Welds, Fatigue, Elevated Temperaturs