Altair Hypermesh : Learn Meshing and Linear Static Analysis

Define stress and strain and show how tensile and compressive forces deform elastic bodies. Explain Hooke's law, the stress–strain curve, Young's modulus, and yield.

Understand the six degrees of freedom—three translations and three rotations—of a body, and how constraints, prismatic and revolute pairs, define motion in hyper mesh.

Model a 1D rod under axial loading in HyperMesh, 500 m long, 50 mm diameter circular cross section, steel material, fixed left end, 100000 N, via linear static analysis.

Learn to model a beam bending problem in 1D using cbm bars, set orientation with the y or z axis perpendicular to the length axis, and apply loads.

Explore beam orientation in 1D analysis with Altair Hypermesh, showing how choosing Y or Z axis affects bending direction and how to set material, property, and beam profiles.

Learn to import and export files in HyperMesh, using import and export options to manage geometry, mesh, components, wireframes, and saved projects.

Learn to create and edit nodes in hyper mesh using coordinate-based creation, center of a circle, line-based creation, and parametric methods for accurate node placement in finite element calculations.

Learn to automate meshing in Altair Hypermesh, set element size, choose 2D shell or 3D mesh types (mixed, quad, triangle), and use interactive or automatic options for efficient, accurate results.

Repair geometry in HyperMesh by importing stp files, removing duplicates, and using filler and split surfaces with bounding surfaces to produce a final closed solid.

Repair complex geometry by importing the file, deleting solids, removing duplicate surfaces, stitching gaps, and trimming extraneous features to create a clean surface ready for meshing.

Explore free edges in Hyper Mesh to verify mesh connectivity by checking elements versus components, using Shift+F3 to find edges, preview equivalence, and remesh until no free edges remain.

Master the split element function in Hyper Mesh, including splitting lines in 2D, replacing free edges, and combining or creating tri, quad, tetra, pyramid, and other elements for 3D meshing.

Learn to improve Hyper Mesh mesh quality by applying criteria, identifying warpage, skewness, and jacobian issues, and using splitting and remesh techniques to achieve a better-quality mesh.

Learn how to prepare a sheet metal part for shell meshing by extracting the mid-surface and applying industry criteria, including element sizing and avoiding outer-edge dryers, for linear static analysis.

Configure 2d mesh project by setting 2d criteria in criteria file—target size five, min 0.8, max eight, warpage 25, skewness 60, aspect 6, jacobian 0.5—and mesh to improve element flow.

Learn to mesh a sheet-metal assembly with varying thickness in HyperMesh, including mid-surface extraction, creating thickness-specific components, and setting up weld elements.