Focus Areas

• Introduction to FEA
• ANALYSIS TYPES
• TYPES OF ELEMENTS IN FEM AND THEIR IMPORTANCE
• STIFFNESS MATRIX AND SHAPE FUNCTIONS N FEA
• BOUNDARY CONDITIONS AND LOADS
• USER ENVIRONMENTS
• MESHING & ITS IMPORTANCE (1D-, 2D- AND 3D- MESHING)
• MATERIAL AND ITS PROPERTY INFORMATION
• ANALYSIS
  • Linear STATIC ANALYSIS
  • Modal Analysis
  • Thermal Analysis
  • Non-Linear Analysis
• POST PROCESSING

Background

Manufacturing Industries are facing many challenges on product optimization during its design from their customers demand on reliability, performance, faster time to market and lowering cost yielding to erosion in profit margins. Enhancing product value in terms of functionality has never been more important. Finite Element Method has become the mainstay of engineering design and development to accelerate new product development.

Keeping this in view, IMTMA is organizing a five days online training on “Product Optimization through Finite Element Method” for working professionals aspiring to work as FEM experts in the manufacturing industry. This program is intended to build competitive skills in FEM with more practical workshops on CAE tools and make them FEM experts.

Key Takeaways

• INTENSIVE KNOWLEDGE IN
  • PRINCIPLES OF FEA/FEM
  • ELEMENT TYPES AND ASSOCIATED MATHEMATICAL EQUATIONS
  • HANDLING DIFFERENT TYPES OF LOADS AND BOUNDARY CONDITIONS
  • TYPES OF ANALYSIS
  • MESHING
  • POST PROCESSING
• CAPABILITY TO HANDLE PART ANALYSIS INDEPENDENTLY
• COMPLETE READINESS ON FEA
• CONFIDENCE TO TAKE UP FEA PROJECTS WITHIN THE ORGANIZATION.

Enquire About This Programme