About Hypermesh : Altair HyperMesh is a high-performance finite element pre- and post- processor for major finite element solvers, allowing engineers to analyze design conditions in a highly interactive and visual environment. HyperMesh's user-interface is easy to learn and supports the direct use of CAD geometry and existing finite element models, providing robust interoperability and efficiency. Advanced automation tools within HyperMesh allow users to optimize meshes from a set of quality criteria, change existing meshes through morphing and generate mid-surfaces from models of varying thickness. Altair HyperView is a complete post-processing and visualization environment for finite-element analysis (FEA), multi-body system simulation, video and engineering data. HyperView can visualize data interactively, as well as capture, standardize and automate post- procesing activities. HyperView also saves 3D animation results in Altair's compact H3D format. This enables users to visualize and share CAE results within a 3D web environment and Microsoft PowerPoint, usering Altair HyperView Player®

Most FEA and CFD software do not have a great meshing algorithm; even when they have it, they do not allow good manual control on the mesh. The result is that after meshing a complicated geometry the mesh is lacking in quality, which means the analysis would either fail or give less than accurate answers. Additionally some elements (like beams, pretension,masses etc) are not easily created in FEM software. Hence a requirement of a good Finite Element (or Finite Volume in case of CFD) software is sometimes felt, especially in dealing with castings or large assemblies. HyperMesh made by Altair Inc is the most popular software in this regard.

Day1 Introduction to Finite Elament Modeling(FEM)/Finite Element Analysis (FEA) concepts Introduction on software User interface

Day2 Shell mesh The software can mesh shell or quilt surfaces by using two-dimensional triangular or quadrilateral elements Short cut keys Auto mesh Ruled spline Drag, Skin, Spin Element offset

Day3 Quick edition of shell mesh Creating Nodes, Team Nodes, distance, find edges, reflect, mask, delete, smooth, edit elements.

Day 4 Geometry edits check elements normals line line edits Circle find centre length auto clean up

Day5: Geometry edit Geometry creation and plane cones, spheres torus and mind surface creation surface edit defeature

Day6 Solid mesh creating solid from surface, solid edit drag, spine line drag free mesh find faces organization of dates in Hypermesh

Organization of Date’s in Hypermesh Collectors and their Creation and Control Shifting Data’s Between Collectors Working with Geometry The De Feature panel Removal of Trims Lines Using the Mid Surface Generator Defining Loads Boundary Conditions on Geometry to Elements Exporting to Solver, Modifying the Mesh Mesh Generation Element Transition Features Building Solid Elements Solid map Panel Spot Weld Using Geometry Nodes and Elements Quality index Mesh Optimization Features Creating connectors Morphing process

Salient Features of Embedded Systems :  80% hands on / practical classes.  Real time Scenarios / Project Exposure.  Limited no of students per batch.  Corporate Training Atmosphere  Week end Batches to suit Professional.  Placement Assistance which includes 1. Resume Preparation 2. Individual Counselling 3.Offline Support, which includes queries and assignments. 4. Association with people who are working for more than 20 Companies who may provide interviews.  Backup Classes.  Provision to come for one more batch.

Platinum Features :