Tricks and techniques FE mesh to Solver deck

Course Name: Tricks and techniques FE mesh to Solver deck

Course Code:  AE20AM8001V0

Course Description :

In this course on analysis tool training advance and basic, from BridgeNow Academy.

Key pointers about the course on aircraft metallic materials

·       Use of FE model created in Hypermesh into another pre-processor by importing HM files

·       Update and modify properties, materials, loads and boundary conditions etc.

·       Isotropic, anisotropic and orthotopic material creation like Metallic and composite

·       Use other preprocessors like PATRAN

·       Look and feel of PATRAN menus and selection options

·       Introduction to PATRAN GUI.

·       How to use the tools and utility options

·       Import and update FE model created in Hypermesh using MSC PATRAN

·       How the 0D, 1D, 2D and 3D properties and respective metallic and composite material can be created and applied to FE model

·       How to create and update the loads and boundary conditions

 

Course Takeaways / Overview

The takeaways from this course are

·       Deck creation to perform different types of analyses

·       Importing and update FE model created in Hypermesh into other pre-processors

·       0D, 1D, 2D and 3D properties and respective metallic and composited material can be created and applied to FE model

·       To create and edit the solver deck outside pre-processor

·       Solution parameter control for basic linear and non-linear static, buckling, normal mode, frequency response and shock load analysis

·       To import, visualize and check the integrity of FE model

·       To update the model with required data and prepare analysis deck

 

Course Structure:

·       Lesson 1: L1_PATRAN GUI and importing Hypermesh model

·       Lesson 2: PATRAN GUI - Properties Assign Material creation

·       Lesson 3: PATRAN GUI-Basic mesh modification & Nastran Deck preparation

·       Lesson4: PATRAN GUI - Analysis Control Parameters and Nastran Deck Preparation

 

Pre-requisite:   Mechanical/Aeronautical/Automobile Engineer

Training Method: Instruction based

Course Validity: 90 days from the date of enrolment.

Downloadable Exercises: NA

Recommended Practice Hours: NA