The course curriculum is prepared to meet the needs of the Simulation industry on Linear Analysis using Altair Optistrut. ISIEINDIA | Linear analysis, linear analysis using optistruct, hypermesh, altair optistruct online training courses, structural analysis, modal analysis, static analysis, thermal analysis and fatigue analysis.

Linear Analysis using Optistruct

Description

The course curriculum is prepared to meet the needs of the Simulation industry on Linear Analysis using Altair Optistrut. The Solvers used for Linear Analysis along with Hypermesh is Optistruct.

Optistruct is a proven, modern structural solver with comprehensive, accurate, and scalable solutions for linear and nonlinear analysis across statics and dynamics, vibrations, acoustics, fatigue, and Multiphysics disciplines. It is the industry-leading and most widely used solution for structural design and optimization.

ISIEINDIA offers a complete Altair Optistruct Online Training Courses portfolio which includes Linear Analysis using Optistruct. Online Training Course Curriculum includes topics like Structural Analysis, Modal Analysis, Static Analysis, Thermal Analysis, and Fatigue Analysis. 

Audience:

  • Undergraduate Students from Mechanical / Automobile / Production Engineering
  • Fresh Mechanical / Automobile / Production Engineers
  • ME / M Tech in Mechanical Engineering (Design / Production / Heat Power / Thermal Engg.) Student.
  • Designers, Design Engineers and Manufacturing Engineers who need a thorough knowledge of the features available in the Altair Optistruct Software

Assignments:

Relevant models/input files will be given to the students which can be created with the help of the commands or features which are taught during the course. These model-based assignments will be carried out based on the complexity of the commands or features.

Case Studies:

Practical industrial examples will be considered as case studies where students will not only study the meshing technique involved to create a complex industrial mesh but also students will study the design considerations and methodologies involved in the creation of the mesh model. These case studies will be taught to students in detail and they will create the mesh under the guidance of the faculty.

Program outcomes
  • Linear Static Analysis

  • Linear and Non Linear Deformation

  • Frequency Response

  • Unconstrained Structure


Requirements
  • Mobile/Laptop/Tablet with good internet connectivity.

Syllabus

  • 16 Lessons
  • 05:20:30 Hours
  • Linear Elasticity Assumptions Static, Minor Deformation Assumptions 00:20:00
  • Introduction to Analysis GUI00:30:00
  • Case Study on Bracket00:38:00
  • Introduction to Modal Analysis00:12:00
  • Mode Shapes and Frequency Response00:20:00
  • Case Study on S Shield and Quarter Frame00:20:00
  • Introduction to Inertia Relief 00:10:00
  • Unconstrained Structure in static Analysis00:16:30
  • Case Study on Control Arm00:20:00
  • Introduction to thermal Analysis00:10:00
  • Thermal Load Calculation of Steady State Condition00:15:00
  • Temperature, flux calculation at particular range00:15:00
  • Case Study on Engine Block Closed Pipe00:20:00
  • Introduction to Fatigue Analysis00:14:00
  • S-N Curve00:30:00
  • Men Stress Influence00:30:00

About instructor

Instructor
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Student : 372 Students
Courses : 46 Courses

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