NX-NASTRAN

Unigraphics

Chapter 1
Introduction to Finite Element Analysis.
Areas of application.
Theories behind FEA
FEM Vs FEA.
About Pre-Processing, Solver, Post-Processor
Introduction to NX Nastran
Chapter 2
Overview on Advanced Simulation
About Simulation File Structure
Advanced Simulation Workflow
Simulation Navigator
Understanding geometry abstraction process
About Polygon geometry

Chapter 3
Fillet Identification Process
Model Cleanup commands - Auto Heal Geometry, Split Edge, Splitface, Merge edge, Merge
face, Stitch Edge, Unstitch edge, Collapse edge, Face repair, Reset.
About geometry idealization process
Chapter 4
Comparison of geometry idealization and abstraction
Model Preparation commands – Idealize geometry, Defeature geometry, split body
midsurface, user defined method, sew, divide face

Chapter 5
Overview on materials
Units and Dimension, Unit Management, Units Manager, Unit Converter.
Simulation Co-ordinate systems, Nodal coordinate systems
Meshing overview, Mesh points, 3D Tetrahedral Mesh, 3D Swept Mesh, Solid from shell Mesh
Chapter 6
Overview on 2D meshing, Understanding free mapped meshes and creation, 2D mapped meshing,2D Dependent mesh, Local Refinement for associative 2D meshes, surface coat of 2D elements
1D meshing, defining beam cross section and orientation, 0D meshing and controlling mesh density on edges & faces

Chapter 7
Creating and applying physical property tables.
Defining element and mesh attributes.
Material Orientation, Determining Nastran 2D element material orientation, Determining Nastran 3D element material orientation, Activity.
Chapter 8
Comprehensive check, Model setup, Element Shapes, Element outlines, Nodes, 2D Element Normal, 2D Element Normal by seed, Node proximity to CAD geometry, Element Material Orientation, CAE Model consistency, Element Shapes Threshold values.
Boundary Condition, Creating loads, Creating constraints, Activity

Chapter 9
NX Solving the model, Analysis job monitor, Batch Solving, Checking analysis quality,
Nastran Solution Monitor, Solution information monitor, Sparse Matrix Solver monitor,
Iterative Solver Convergence monitor, Contact Analysis convergence monitor, Eigenvalues Extraction monitor, DOF curve monitor,
Nonlinear history monitor, Nonlinear history monitor, Load step convergence monitor
Chapter 10
Overview on Post processing ,Importing results, Post View, Master post view and multiple viewports, Managing display of deformed models, Contour plots, Post View Templates, Post View Layouts, Overlay Plots
Combining load cases, Animation, Identify, Generating Reports, Exporting Reports, Activity
Importing Finite Element model data, Exporting Simulation file, Activity

Chapter: 12
Introduction to Linear Static Analysis. Analysis on 1D element and over link component
Chapter: 13
Introduction to Contact analysis and understanding contact pressure between shaft & wheel

Chapter: 14
Introduction to gluing and understanding natural frequency in a golf club assembly
Introduction to buckling analysis and finding the critical load on a strap
Introduction to thermal analysis and performing thermal & structural analysis
Introduction to Non linear analysis and studying geometric nonlinearity
Introduction to Assembly FEM, Assembly FEM Vs multi body FEM, Working with subassemblies
Finding natural frequency in an assembly by mapping sub assemblies

Training Mode

Regular
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Weekends (Sat/Sun)
Only Sundays
Online
Others


How to Apply:

If you require any further information regarding our advanced Unigraphics Course please contact our Unigraphics training admission team.
fortcomputeredu@gmail.com,    +91 (0)9566 860 890.

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