FEA Finite element analysis Online for freshers by Center for Professional Development Learning and Research

Finite Element Analysis is a widely used area in industry . CPDLR coursework in ANSYS - FEA is best in the region in content and practical applicability . We deal in static structural , thermal , thermal structure coupled, linear , non linear, fatigue, explicit dynamics, vibration and response spectrum analysis. Programs are taught using ansys academic teaching methods and pedagogy. In general we cover :
FE Concepts & Practices: Finite Element Methods/Finite Element Analysis, Analytical and Numerical Solution, Idealization, FEM Procedure, FE Model, Elements, DOF, Boundary Conditions
Planning your approach with ANSYS: Importance of Planning, Selection between Elements, guidelines for Successful FEA, Applying Boundary Conditions, Use of Symmetry
ANSYS Modelling: Solid and FE Model, Work plane, Solid Model Entities, FE Model Entities, Secondary Options, operate, Boolean operations, Work plane Offset
ANSYS WB GUI: WB GUI, Tool Box, Overview of Analysis System, Overview of Component System
Design Modeler: Geometry/Design Modeler, Geometry Import, Geometry cleanup , Boolean, Material Selection
ANSYS WB Meshing: Meshing, Mesh Control Global & Local, Mesh Quality
ANSYS Advance Meshing Functions: Symmetry & Mesh Quality
ANSYS WB: Static Structural Analysis, Thermal Analysis, Static-Thermal Coupled Analysis
ANSYS WB: Linear and Non-Linear Analysis, Transient Analysis
ANSYS WB: Report Generation, Animation and Graphs
FEA Practice Problems: Case Studies
FEA Detailed Project: Pressure Vessel Design and Analysis, Heat Exchanger Analysis, Casting