Advanced Programme in FEM analysis (Ansys)

Application oriented (Industry perspective course)

  • Software: Ansys work bench, Spaceclaim and Ansys FEM solver
  • Learn with Industry projects, Faculty with 20 years experience in Industry
  • Course Duration: Three Months
Total Course Fee

₹ 100000 | $ 1205

NICE CFD
 697
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Join Our Finite Element Method Course & Improve Your Skills

Our finite element method course is application-oriented and industry-focused and will help you learn the skills as well as the knowledge required for applying FEM analysis to resolve actual engineering issues. Moreover, you will learn from professional and experienced faculty with 20 years of experience in the industry.

By the end of this course, you will be able to:

  • Understand the principles of FEM analysis
  • Apply FEM analysis to solve real-world engineering problems
  • Use Ansys Workbench, Spaceclaim, and Ansys FEM solver to perform FEM analysis
  • Work on industry-relevant projects
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Why Should You Join Our Finite Element Method Course?

Scientists and engineering professionals who would like to learn about FEM analysis or who are interested in improving their FEM analysis abilities can enrol in our finite element method course.

Industry Projects: Within the parameters of the course, you will be working on projects that have been recognised as crucial to the sector. As part of these projects, you get the opportunity to utilise all of the skills and knowledge that you gained during the course to use in handling significant engineering difficulties.

Online and Offline Learning Options: We understand the diverse needs of our participants. Therefore, we offer both online and offline learning formats to cater to different preferences and schedules. Our online platform provides the flexibility to learn from anywhere, while our offline classes offer an immersive, face-to-face learning experience.

Course Delivery: The finite element method course is delivered in a hybrid format with both online and offline components. The online components include video lectures, tutorials, and assignments. The offline components include hands-on training and industry projects.

So, what are you waiting for? Enrol in our finite element method course and elevate your engineering career with us!

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Syllabus

Theory subjects are taught from Industry perspective

Basic concepts of Finite element method, Elementtypes, stiffness matrix and force vectors. Degrees of Freedom. Geometry clean-up, 1D Elements - Rod, Bar & Beam. 2D Elements (Shell Elements) - Triangular and Quadrilateral elements. 3D Elements (Solid Elements) – Tetrahedral, Hexahedral elements. FEA steps: Pre-processing, Solution & Post processing.

Force, Stress, Strain, Stress-Strain diagram of material, Elastic constants, Poisson’s ratio, thin and thick cylinders, Shear force and bending moment diagrams, Bending and shear stresses, Deflection of beams, Torsion of circular shaft, Thermal stresses, Failure theories,Yield strength, Ultimate strength, Fatigue strength, S-N diagram&Factor of safety.

Introduction to ANSYS design modeler, Geometric primitives, Boolean, Coordinates, Work planes, Geometric operations, Axis. Finite element modelling (meshing), meshing and size controls,mesh refinement, Elements attributes, element types, material properties,creation of components, connections/contacts, Boundary conditions (Fixed support, Displacement support etc), Types of loads: concentrated load, surface, body and inertial loads. Remote forces, Remote Displacements.

Linear static analysis, Non-linear static analysis (Geometric, Material and Contact),Thermal analysis,Linear buckling analysis, Dynamic Analysis-Modal analysis, Random Vibration, Crash analysis

Transient Thermal Analysis, Time dependent Analysis, Explicit Analysis

Bolt representation as Line, Beam and solid body, Bolt Pretension, Contacts used

Rotor Dynamics, Spring and bearing Connections, Damping, Cambell diagram, Stable and unstable motion

Composite Material, Types of Composites and application, ACP Pre, orientation selection set

Non linear buckling, Non linear contact, Stress strain curve

List of projects

We use Ansys Spaceclaim and work bench for CAD cleanup and ANSYS FEM solver for analysis and post processing.

  • 1D and 2D analysis
  • Valve and single piston assembly Multi Body Dynamics (MBD)
  • Lifting point Analysis
  • Vertical Pressure Vessel Hydro static Test
  • Car crash analysis
  • Rotor dynamic analysis
  • Steady state thermal analysis of engine block
  • Transient Thermal Analysis
  • Bolt Analysis - 3 types
  • ACP Pre Wing analysis
  • NL Buckling Analysis
  • Harmonic Vibration of Engine exhaust
  • Random Vibration
  • Explicit Analysis of a bullet

Certificate

Our certificate is well recognized in Engineering Industry and overseas universities. We provide digitally signed and encrypted course certificate which is globally authentic. Please have a look in to the sample certificate. Note: Niharika Institute of Computational Engineering is NOT affiliated to any University. We are a Private Training Centre.

Frequently Asked Questions

We hope this section will answer basic queries the student may have.

You should be from Mechanical, Aeronautical, Aerospace , Industrial Engineering background with exposure to subjects like Strength of materials, material science, Mechanical design etc.

Yes, Final engineering students are eligible.

CAD modeling is also one of the activities in Product development cycle like CFD and FEM analysis. If you learn this course it will definitely help you to upgrade your career. However, you should be in a position to independently execute the projects on FEM analysis.

Niharika Institute uses genuine and Licensed version of FEM softwares. We will provide high end work stations (up to 256 GB RAM, 64 core processor) for all the students during the training programme. Note this is applicable only for Inhouse (offline) training at our office at Rajajinagar, Bangalore.

Our training is based on complex, real time Industrial projects. After completion of the course, student will be in a position to independently execute CFD analysis projects, which ensures greater employability chances. We generally forward best performing students resume to many companies upon their requirement, however we do not use such Information for marketing purpose. We help students to properly structure their resume and conduct mock up Interviews. Beyond this we don’t make any assurances.

Always there are hidden charges. We advise students NOT to fall into debt trap and get troubled by Loan Recovery agents. Always look for a training Institute which provides you Immense technical skills and the best quality training. Once you are trained enough to execute Industry projects independently, your employability chances will be very high. In this digital world, searching for a job is easy with platforms like Linkedin, naukri.com etc. No recommendation is needed for a job in a private company.

Recommendations, Influence etc does not work in most of the Private Companies. Networking helps in learning about the companies and openings available in their companies and rest is based on your skills and talent. Normally any Private company expects a revenue generation equivalent to 7 to 8 times your annual salary. This is must to sustain and grow in your career. If you have the skills to execute the project Independently, deliver best results, enhance customer satisfaction and there by enhance revenue growth, you can sustain and grow in your career.
 

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