Satisfaction

4.8* Rating (50+)

Enrollment

250+ Total Enrolled

Duration

4 Week (20+ Hours)

Educator

6+ Years Exp.

Start Date

25th May 2024

Industry 4.0 Training

Perform this Simulation Analysis in Ansys Workbench Course

Rigid Body Analysis

Buckling Analysis

Fatigue Analysis

Vibration Analysis

Ansys Workbench Mechanical

Ansys Workbench Training helps you to explore the capability for multiple domains and research areas. To learn different kinds of analysis that significantly help to analyze product performance. Join us in this training on simulation-driven design and innovation.

Syllabus

Based on industry demands, Ansys Workbench Training Course for Mechanical has developed a syllabus that can be used for both research and education purposes. This training covers all chapters and lessons mentioned in the syllabus here. You can download it here.

Training Offer

Ansys Expert

6+ Year Experience

Live Classes

25+ Hours Live Class

Projects

5 Projects Include

Certificate

Advanced Certificate

Fetaured Events

Masterclass Events

Trusted by Hundreds of Students across the Global

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5/5
45 + Ratings
Reviews

Educator

Prabhat Kumar - PIGSO Educator

Dr. Prabhat Kumar

With 6 years of experience in Finite element modelling, Robotics, Automation, and FEA Simulation and Analysis. He has worked in both academia and industry.

His doctoral research was in the field of Design and Robotics from the Indian Institute of Technology Bombay. He had completed his MTech. research project at NIT Calicut in Manufacturing Technology. A total of 7 publications have been presented at several International Conferences, and he has already published four international Journals. The main areas of his research are Finite Element Analysis (FEA), Advanced Manufacturing Technologies and Surgical Robotics.

Syllabus

We offer best-in-class content in the form of videos, cases, assignments, and live sessions by expert faculty and industry expert.

  • Introduction to FEA
  • General Working of FEA
  • FEA software
  • Effective Utilization of FEA
  • Types of Analysis – Structural – Thermal – Fatigue – Impact – Vibration etc
  • Introduction to ANSYS Workbench
  • Navigating the User Interface
  • Setting up and running simulations: understanding the typical workflow.
  • Units in ANSYS Workbench
  • Changing the unit system
  • Analyzing the simulation process to identify the key steps.
  • ANSYS can perform a variety of simulations, such as structural analysis, thermal analysis, and fluid dynamics.
  • A variety of mechanical engineering applications using ANSYS.
  • Benefits of using ANSYS Workbench to perform the simulations.
  • Solid Modeling in ANSYS Workbench
  • Introduction to Modeling
  • Introduction to Design Modeler Window
  • Planes and Sketches
  • Lines and Surfaces
  • Real Constants & Material Properties
  • Introduction, Extrusion, Revolution, Sweep, Sketching
  • Placed Features and Assembly

Find out the stress, strain and deflection of a Simply Supported Square Section, Beam with uniformly distributed load.

  • 1. Define the geometry
  • 2. Material properties
  • 3. Identify the boundary conditions
  • 4. Apply loading conditions
  • 5. Perform meshing
  • 6. Solve for stress, strain and deflection
  • Introduction to Engineering Workspace
  • Creating and Adding Materials
  • Introduction to Meshing
  • Mesh Generation
  • Mesh Density
  • Meshing the Solid Model
  • Defining the Meshing Types and Methods
  • Basics of Static Structural Analysis 
  • Geometry
  • Material Properties
  • Pre-processing
  • Solution
  • Post-processing
  • Two Case Studies
  • 3D Structural Analysis of Cantilever beam
  • Plate with central circular holes

Join the Ansys Workbench Training

Fees are

$99 USD or 7,999 INR only

Join Ansys Workbench Training Program

By enrolling in the Ansys Workbench Mechanical Training Program, you become a professional in the industry’s premier simulation software and advance your product development skills.

Mechanical engineering

FAQs

  • Ansys Workbench is a software application containing integrated platforms to execute pre-processing, solver, and post-processing simulation analysis in structural, mechanics, fluid dynamics, thermal analysis, and many more specifically designed fields. 

  • By enrolling in the Ansys Workbench Training Programme, you will be able to receive training on this course from beginning to advanced levels of simulation analysis from professionals who already use it in businesses for real-world applications. You simply have to contact them by filling out this registration form to enroll in the training. 

  • You can perform structural mechanics, fluid dynamics, thermal analysis, fatigue analysis, rigid body analysis, and many other advanced product analyses also for the many engineering fields such as automotive, aerospace, mechanical, civil, and many more.

  • You can ask the educator your questions during the live session or after it ends, or you can post them in the WhatsApp group.

  • We provide recorded video lessons for each live class, which you can see within a few hours using the Google Drive access provided by our team. It will remain accessible for a year. 

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