This seminar includes advanced topics for customers that have experience with application of finite element software to piping and pressure vessel problems. The content is hands-on as industrial problems are modeled from beginning to end. Please note that the topic content is flexible and can accommodate coverage of requested equipment modeling. Customers are urged to provide drawings of equipment they would like to model beforehand.

You'll Learn About

	Advanced Surface and Meshing Control Advanced Surface Layout Advanced Meshing Specification Resolving Poorly Shaped Elements Vertical Vessel Construction Through Composition of Child Models
	Axisymmetric Model of Reactor Bed with Thermal and Stress Analyses Axisymmetric Model of Reactor Bed Boundary Condition Assignment for Stress and Thermal Analyses Heat Transfer Analysis: Convection and Conduction Modes Stress Linearization at Stress Classification Lines StressPlot Program Application Transient Bulk Fluid Properties Verification Techniques
	Axisymmetric Model with Limit Load Analysis ASME Section VIII Approach to Limit Analysis Axisymmetric Modeler Introduce Limit Load Analysis in FE/Pipe Introduce Plasticity in FE/Pipe
	FE/Pipe Model of FCC Regenerator Air Grid Auto-model Plate Geometries on Shells Beam Editor Combined Model of Beam and Shell Elements Nodal Coordinate File Point Loads and Spars
	FCC Regenerator Plenum Advanced Surface Layout Mesh Layout Model Scripting Language (Modgen Commands) Tapered Surface Thickness Specification
	Non-Integral Attachment on Shell Introduction to FE/Pipe Model Generator (Modgen) Model Detached and Semi-Detached Component on Shell Modeling Assumptions for External Loads on Pad Reinforced Structures

Who Should Attend

This session is designed for experienced FE/Pipe users. This segment will not cover basic modeling, functionality, code compliance or reports. It will cover complete modeling and design issues.

There are currently no dates scheduled for this seminar.

If you have any questions please e-mail