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This virtual training is absolutely FREE!

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Course Description:

Finite Element Analysis (FEA) is a powerful numerical technique which is capable of solving large complex industrial problems. FEA has been widely used across industries for faster and improved product design and development.

For someone embarking on FEA, or companies adopting FEA techniques for designs of new products, there is a steep learning curve to overcome. Moreover, there are complexities in terms of element types, solution types, meshing methods and pre-post processing options that have to be learned. This is before engineers get down to the engineering physics behind the problem. Due to various complexities, practical guidance is required on how to use FEA technique effectively to solve the real world problems. Therefore, this 40 hours example driven course teaches practical approach to solve industrial problems using FEA.

The concepts of the course are explained using hands-on approach and real world examples by highly experienced industry professional. The strength and weaknesses of various FEA techniques are discussed and practical considerations of loadings, boundary conditions are explained via simple examples. The assessment and interpretation of FEA results are important for safe and reliable product performance. Additionally, the validation techniques are discussed for building confidence in the FEA results. Moreover, report writing is also addressed as a class workshop. The course offers excellent guidance to carry out a Finite Element Analysis by an industrial expert. A clear understanding of the objectives of each analysis and a road map for achieving successful FEA is presented. Towards end projects for internship are discussed.

https://www.telegraphindia.com/science-tech/model-heart/cid/264142

(This work is past work of mentor of this course)

Salient Features of Virtual Training:

Certificate course.
Virtual course is absolutely free.
Highly qualified and experienced faculty.
Internship opportunity to all the participants.
Project guidance to undergraduate/postgraduate students and PhD scholars.
Project guidance and consulting to the industry participants during their industry projects.
Career guidance and support during job hunting.

Register to get started:

Register here to get started. After registering follow the steps given below to complete all requirements to issue an e-certificate. Hard copy of certificate will be issued to the interested participants with nominal administrative plus shipping charges.

Click here to understand course scheme.

Course Contents:

#	Topic	Description	Format
0	Mentor Introduction	Introduction to Mentor	Video enabled virtual meeting.
1	Introduction and Background of FEA	Introduction What is FEA? Origin and History of FEA The FEA Process Applications of FEA Software’s used for FEA Recent trends in FEA	Video lectures.
2	FEA Process	End-to-end demonstration of FEA Process	Video lectures, step by step instructions, hands-on submission & evaluation.
3	Formulation of Stiffness Matrix	Direct Displacement Method Structure as a spring element Formulation of stiffness matrix Solution of matrices	Video lecture & hands-on practice.
3	FEA using 1D Elements	1D Elements – Formulation and usage 3-stage solution approach to the 1D structures Different loads and boundary conditions Effect of element size & discussion on mesh convergence Analytical validation	Video lectures, step by step instructions, hands-on submission & evaluation.
4	FEA using 2D Elements	2D Elements – Formulation and usage 3-stage solution approach to the 2D structures Types of meshing and meshing issues Tria vs Quad discussion Effect of element shape, size & quality Analytical validation	Video lectures, step by step instructions, hands-on submission & evaluation.
5	FEA using 3D Elements	3D Elements – Formulation and usage 3-stage solution approach to the 3D structures Types of meshing and meshing issues Tetra, Hexa, Penta discussion Effect of element shape, size & quality Analytical validation	Video lectures, step by step instructions, hands-on submission & evaluation.
6	Combination of Different Types of Elements in FEA	Model containing different types of elements i.e. combination of 1D, 2D and 3D	Video lectures, step by step instructions, hands-on submission & evaluation.
7	Types of Results in FEA	Discussion on results by types i.e. stress, strains, displacements, etc. Discussion on results by theories of failure i.e. Von-Mises Theory, Principal Plain Theory, etc. Discussion on results by FEA entities i.e. Nodal and Elemental results.	Video lectures.
8	Different Analysis Types	Linear static Modal analysis Buckling Analysis ...	Video lectures, step by step instructions, hands-on submission & evaluation.
9	Internship Options	Types of internship Internship project types Internship for students, faculties, industry professionals	Video lectures.
10	E-Certification	Test of understanding and evaluation Hard Copy of certificate available on request Separate certificate for training on virtual training completion Separate certificate for internship on internship completion Letter of Recommendation (LOR) for MS-aspirant students who completes internship Academic / Research project sponsorship certificate for students and faculties.	Online.