HYPERMESH SYLLABUS 1.Introduction to FEM -Brief on Meshing -Basic interaction with Hypermesh -User interface, Opening/saving files -Working with panels 2.Model organization -Display control -Preparing geometry for meshing -Creating and Editing Line Data -Creating and Editing Solid Geometry -Importing and Repairing CAD -Midsurfaces 3.Simplifying Geometry -Refining topology -Geometry and Mesh Editing using Quick Edit Panel -Shell meshing -Automeshing meshing on surface geometry 4.Meshing without surfaces -2D Mesh in curved -QI Mesh Creation -Meshing a Model using Shrink Wrap 5.Tetra meshing -Method 1 standard tetramesh -Method 2 volume tetramesh -Checking tetra element quality 6.Remeshing tetra elements -Creating hexa and penta mesh -Creating hex-penta mesh using surfaces -Creating hexahedral mesh with the solid map function 7.Quality -Checking and Editing Mesh -Assemblies: welding and swapping parts 8.Spot connectors, Area connectors, Bolt connectors -Part replacement -Analysis Setup 9.Setting up loading conditions -Formatting Model for analysis -Obtaining and assigning beam cross section properties using HyperBeam 10.Defining composites -Working with loads on geometry -11.Hypermesh Solver Interfaces -Review, Test and Project.