FEA Course




B-MATRIX Learning Centre is ANSYS Authorised Training Center in India offering ANSYS FEA Online Training Programs. Our ANSYS courses are designed to meet the requirements of Students, Working Professionals, and Academic users. The course is conducted by industrial working professionals having vast experience in FEA using ANSYS Workbench,  and various industry domains thru Online Learning Platforms. Our Instructor-Led ANSYS FEA Online Training will help you in building your FEA Skills required by the simulation industry using the ANSYS tool. Post this course; you can join any Simulation company as a FEA Analyst / Stuructral Engineer.

B-MATRIX offers a comprehensive library of ANSYS FEA instructor-led online courses and assessments. Our leading experts provide in-depth instruction and practice along with our Try It exercises. At the end of the course, the ANSYS Authorised Training Center Certificate of   Completion is issued to the students. Earning ANSYS certification helps you stand out among your peers and be part of our growing community of certified users. ANSYS Solutions can be applied to a wide variety of industries like Automotive, Aerospace and Defense, Construction, Consumer Goods, Energy, Health Care, High-Tech, Industrial Equipment, and Rotational Machinery and Materials.

Ansys is the global leader in engineering simulation. It is general-purpose software that is used to simulate interactions in all physics disciplines, including structural, vibration, fluid dynamics, heat transfer, and electromagnetics. It helps engineers solve their most complex design challenges through engineering and enables designers to build market-leading products while accounting for real-world behaviors with less prototyping. The end purpose of Ansys is to predict how product designs will behave and how manufacturing processes will operate in the real world.

Engineering simulation is playing a growing role in science and engineering. Ansys has become a leading engineering simulation software as it boosts productivity, spurs innovation, and reduces time-to-market in a wide range of industries, from cars to aircraft. Hence, the demand for Ansys skills is fast growing across the industrial segments. Students who are proficient in Ansys can gain employment in various industries, such as: Aerospace, Automotive, Oil & Gas Industries, Healthcare etc,

The course teaches you to master Ansys tools for design and finite element analysis for structural analysis. You will also learn how to model advanced materials, complex environmental loadings, and industry-specific requirements. Training will be given in the following areas:

Structural Analysis using ANSYS – Workbench

  • ANSYS Mechanical Basics
  • Contact Control
  • Meshing Control
  • Linear Structural Analysis
  • 2D Structural Analysis
  • Free Vibration Analysis
  • Pre-stressed Vibration Analysis
  • Steady-State Thermal Analysis
  • Meshing Evaluation

Thermal Analysis using ANSYS – Workbench

  • Heat Transfer Basics
  • Symbols and Conventions
  • Heat Transfer Basics
  • Characteristics of FEA Thermal Solutions
  • Boundary Conditions
  • Thermal Structural Comparisons
  • Thermal Bar
  • Heating Coil
  • Thermal Contact
  • Radiating System
  • Solenoid
  • Fin Tube heat Exchanger
  • Soldering Iron
  • Phase Change

Vibration Analysis Course using ANSYS-Workbench

Vibration Analysis

  • Introduction to Dynamics
  • Definition & Purpose
  • Types of Dynamic Analysis
  • Basic Concepts and Terminology
  • Damping
  • Workshop 1 – Flywheel

Modal Analysis

  • Definition & Purpose
  • Terminology & Concepts
  • Procedure
  • Workshop 2A – Plate with Hole
  • Workshop 2B – Prestressed Wing

Harmonic Response Analysis

  • Definition & Purpose
  • Terminology & Concepts
  • Procedure
  • Workshop 5 Fixed-Fixed Beam

Response Spectrum Analysis

  • Definition & Purpose
  • Response Calculations
  • Mode Combination
  • Procedure
  • Workshop 4 – Suspension Bridge

Random Vibration Analysis

  • Random Vibration Analysis
  • Definition & Purpose
  • Power Spectral Density
  • Workbench capabilities
  • Procedure
  • Workshop 5 – Girder Assembly

Transient Analysis

  • Introduction
  • Preliminary Modal Analysis
  • Including Nonlinearities
  • Part Specification and Meshing
  • Nonlinear Materials
  • Contact; Joints; and springs
  • Initial Conditions
  • Loads; Supports; Joint Conditions
  • Damping
  • Analysis Settings
  • Reviewing Results
  • Workshop 6 – Caster

Non-Linear Structural Analysis using ANSYS Workbench

  • Overview
  • General Procedures
  • Basic Contact
  • Advanced Contact
  • Metal Plasticity Metal Plasticity
  • Creep
  • Hyper elasticity
  • Nonlinear Diagnostics

Pre- Requisition

  • High configuration Desktop / Laptop with ANSYS Fluent Software License preinstalled
  • Input files and exercises Soft Copies in advance which need to be stored on your Desktop / Laptop.
  • Students are requested to make their own important notes for their future reference.
  • Students should have a basic fundamental knowledge of subjects like Strength of materials, Mechanical Vibrations, Mechanics of machines, Material Science, Thermodynamics, Heat and Mass Transfer

Training Features:

  • Workshops and Exercises
  • Live projects and assessments
  • Access to the content downloaded from ANSYS Learning Hub to our Instructors
  • Industry Need Based Curriculum
  • Engineering Fundamentals Training
  • Online Seminars / Webinars from Industry Experts

Duration: 180 Hours