Name Of the Institute : ProSIM R&D Pvt Ltd (pro-sim.com)
Location Of The Training Institute : Bangalore
Training Offered : Finite Element Analysis Training

http://www.pro-sim.com/training.html

Corporate Training Programs
Course CTP01 :: Finite Element Analysis

finite element analysis course is conducted in two phase ::: Basic and Advanced Course

Course content
> Introduction to FEM/FDM
> Concept of Design, Analysis
> Overview to Product Life Cycle
> linear analysis
> non-linear analysis ( material/ geometry / boundary condition non-linearlity)
> Structural & Thermal Analysis
> Static and Dynamic Analysis
> Contact Analysis
> Impact Analysis
> Vibrational Analysis
> Heat Transfer Analysis
> Fatigue Analysis
> Optimisation

The methodology includes the theory + practical+ projects + tests + interactions + GD

Projects are taken from auto, aero, power plant and general engineering, consumer sectors.

Trainers have a experience in handling international projects

Participants are also welcomed to bring their own specific cases, our experts will guide to execute the same.

Course CTP02 :: Sheet Metal Forming
• Introduction to Sheet Metal Forming

o Introduction to various methods for forming process
o Applications

• Sheet Metal Forming – A System

o Process Variables
o Mechanics of Materials
o Material Properties
o Flow stress curves
o Anisotrophy and its effects
o Sheet Formability
o Friction and Lubrication

• Presses Used in Sheet Metal Forming

o Introduction
o Classification of Presses
o Mechanical & Hydraulic Presses
o Universal Presses
o Transfer Presses

• Stamping Operation

o Shear Action and Edge formation
o Blanking & Piercing
o Types of Stamping Dies

• Bending Operation

o Elementary of Bending Theory
o Bendability of Material and Grain Direction Bend allowance and Developed Blank o Spring back and Residual Stresses
• Drawing Operation
o Overview of Drawing operation
o Applications
o Process Parameters
o Prediction of Loads and Geometry
o FEM Simulation of Round Cup Drawing
• Drawing of irregular Shapes
o Empirical methods
o Simulation Methodology
o Forming Dies and Tooling
o FEM Simulation of Forming Dies
• Defects and Trouble shooting
• Defects and failures in Stamping and Forming
• Burr formation and Dishing
• Buckling and wrinkling
• Locating and Clamping of Blanks
• Thinning and Tool Marks
• Spring back correction
• Design Examples
o Design of Forming Die
o Modeling of Die, Punch, Blank Holder
o Meshing in Hypermesh
o FEM Simulation using LS-Dyna Solver

Course CTP03 :: Manufacturing Simulation
> Forming Simulation using LSDyna
> Hydroforming
> Tailor Welded Blanks
> Casting Simulation

Course CTP04 :: Welding Simulation
Modeling of Welding to predict
> Residual stress
> Distortion
> Heat Affected Zone (HAZ)
> Fatigue, fracture and durability of welded structures
> Welding metallurgy of fusion zone and heat affected zone

Simulation of TIG/ MIG/ LASER/ELECTRIC ARC/ ELECTRON BEAM/ ELECTRICAL SPOT RESISTANCE welding (single/ multi pass) using FEA packages

Welding Process Modeling for
> Weld sequence optimization
> Complete understanding of the welded component during welding, cooling and in service

fatigue, crash, and impact resistance analysis and microstructural analysis of weldings; development of alternate welding processes, (friction / friction stir/ tubular welding/ deformation resistance welding; and optimization of weld sequence to minimize the weld distortion.

Head Office
ProSIM R&D Pvt Ltd
21/B, 9th Main, Shankara Nagara,
Mahalakshmipuram,
Bangalore - 560096 India