Finite element Modeling and Basic  Finite Element  Analysis

Brief outline :  Finite element Analysis is an  essential tool  of CAE  in almost every industry  today.  FEA  reduces   the costs associated with  experimental tests and also  the time  from  conceptual stage to  the final  product  ( From table to  the market ) . This course  is a basic course  for  engg. Students  and discusses  thoroughly  the FE Concept  and types of engineering analysis . Theoretical  foundations of  Structural Mechanics are covered  and  the students are exposed to   practical  FE Modeling using HYPERMESH and  FEA with MSC NASTRAN. 

Eligibility :  Enginnering /Diploma in Mechanical , Automobile , Production ,Civil ,Chemical and other branches or  experienced candidates.

Contents    Numerical Methods ,  Theory of Elasticity , Mechanical   Component Design  , Finite Element Method  ,  FE Modeling with HYPERMESH ,  1-D to 3-D  meshing algorithms , mesh quality parameters and checklist for finite element modeling .  Linear static Finite element analysis  ,MSC-NASTRAN  deck structure and inputs , Natural frequency extraction methods and meaning of eigenvalues and vectors, mode shapes , Subcase combination methods , Bolted and Welded Joints  modeling techniques ,Post processing of  results ,   Practical project work  on  FEA  the  above  topics. 
Duration : Regular  Batch  4 months , Weekend  Batch :5 months

Alternate Options for  Finite Element  softwares   for Corporate  Trg. Programs :
:  ANSYS and  ABAQUS .