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Structural Analysis (CAE) and Meshing - Hypermesh
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Structural Analysis (CAE) and Meshing – Hypermesh
Developes Advanced skills on Meshing and Structural simulations. Interactive classroom sessions on weekends. Live models for practise. Experienced Trainers. Instuctional Videos. Live Project with Industry oriented approach. Practical coverage on Theory, FEM & SOM.
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Using Hypermesh, Radioss (NASTRAN) & Hyperview
| Advanced Level Program |
| Offline Training (Classroom course) |
| Classes on Weekends |
| Course code: CW-HM01 |
| Experienced Instructors |
| Industry Recognised Certification |
| Project based Training |
| Regular assignments & assessments |
| Domain Based (auto, aero) curriculum |
| Cloud-based online learning materials |
All our courses are designed by a team of highly experienced professionals from the Industry
This course will provide the Advanced skills & special-techniques on Industry-oriented meshing and analysis, needed to become a successful Analysis Engineer.
| This course has nine modules: |
| Module 1 – Geometry Processing |
| Module 2 – 2D Surface Meshing |
| Module 3 – Mid-surface Processing |
| Module 4 – 3D Tetra Meshing |
| Module 5 – 3D Hexa Meshing |
| Module 6 – 1D & Assembly Meshing |
| Module 7 – Linear Static Analysis |
| Module 8 – Normal Modes OR Modal Analysis |
| Module 9 – Post Processing |
| Classroom sessions | : 48 hours |
| Online Videos | : 10 Videos |
| Assignments | : Topic-wise |
| Model Assessments | : Module-wise |
| Online Assessments | : Session-wise MCQ’s |
| Project | : 15 hours |
| HYPERMESH is special-purpose software used to build FE models for Structural Analysis. |
| RADIOSS is the leading solver generating file-decks similar to NASTRAN. |
| Leading companies like Mercedes Benz, General Motors, Caterpillar, Tata Motors, Honda, Boeing, Goodrich Aerospace, Airbus, Mahindra, Nissan etc. use HYPERMESH & RADIOSS. |
| Working Professionals, Students & Fresh graduates (BE/ME in Mech, Aero, Auto) seeking an entry into the design field |
| CAD engineers who wish to upgrade to Analysis-field and move ahead in their career |
| Team Leads and managers who want to add ‘Analysis-projects’ into their portfolio |
| This course does NOT need prior knowledge of any CAD software |
| Pre-requisite: Nil |
↓↓↓ Refer to Modules listed below ↓↓↓
Geometry Processing
| Introduction to Hypermesh & Radioss |
| Importing geometry, CAD, GUI |
| Create & editing hm Entites |
| – Node, Distance |
| – Planes |
| – Surfaces |
| – Solids |
| Geometry cleanup |
| – Topology cleanup of Airplane Wing Rib |
| – Rotation |
| – Translation |
| – Reflect |
| – Position |
| – Projecting elements, nodes to surface |
2D Surface Meshing
| 2D Meshing of Sheet metal components |
| – Introduction to BIW components |
| – Types of Finite elements |
| – Quality parameters & criteria file settings |
| – 2D meshing using automesh of B-Pillar |
| 2D Mesh Quality evaluation |
| – Checking connectivity of mesh |
| – Element normal correction |
| – Remeshing |
| – Checking & correcting element quality as per industry standards |
| – Best Practices for Crash & Structural Analysis |
Mid-surface Processing
| Introduction to midsurface |
| – Meshing for Plastics, BIW & sheet-metal components |
| – Midsurface |
| – Auto midsurface generation |
| – Editing |
| – Meshing |
| – Thickness assignment to the mesh |
| – Manual-element offset method |
3D Tetra Meshing
| Introduction to 3D elements |
| Tetramesh |
| – Tetrameshing-2D Surface volume |
| – Volumetric tetrameshing |
| – Setting tetrameshing parameters |
| – Refining tetramesh |
3D Hexa Meshing
| Hexameshing |
| – Hexa meshing using Drag, line drag, element offset of a Shackle |
| – Solid Mapping |
| – Multi solids |
| – Linear solids |
1D & Assembly Meshing
| Introduction to 1D meshing & Assembly |
| – Introduction to Hyperbeam |
| – Creating 1D elements (Rod,Bar,Beam) |
| – Orientation of 1D elements |
| – Connectors (RBE2,RBE3) |
| – Spot, Bolt, Seam Connections |
| – Importing and assembling components |
Linear Static Analysis
| Introduction to Linear static analysis |
| Introduction to Radioss and bulk data entry |
| – Consistent units for FE Analysis |
| – Preparation of input files using hm – Control Arm of a heavy truck |
| – Define loads & boundary conditions. |
| – Creating coordinate systems |
| – Applying Force, Moments, Pressure, Gravity. |
| – Applying constraints, Supports |
| – Creating Loadsteps |
| – Output requests |
| – Exporting solver deck |
| Checking model using solver browser & model checker |
| Solver Settings |
| Executing Static analysis of an impeller type pump |
| Post-Processing |
| Checking “out” file, “fem” file |
Normal Modes OR Modal Analysis
| Introduction to Normal modes analysis |
| Solution process for normal modes analysis-Spalsh Shield |
| Defining EIGRL card |
| Defining Normal modes Loadstep |
| Running normal modes analysis |
| Post-processing using Hyperview |
| Plotting mode shapes. |
| Animating modes shapes |
Post Processing
| Interpretation of warning, errors |
| Error fixing |
| Results processing in local and global frames |
| Results plot generation |
| Extracting various stresses |
| Element force processing |
| Section force processing |
| X-Y data processing |
