About Me


Hello folks !!

Good day!

Just to introduce myself,  I just want to tell you a short story.

A Decade ago, 

CAE was somehow new and growing field in India and very few people were knowing about it. I was not even aware about this field during my college days. But I got the opportunity (well this is again a long story ) to work with a startup as that startup got some projects in CAE and wanted to grow the team size.

So, This "Mechanical Engineer" started his career through a startup with a dream to become successful FEA/CAE Engineer. It was a proud moment for me as I finally got a job in CAE field. 

From that time to till now, I have got opportunity to work with some companies and worked on various projects in Automotive CAE Crash & NVH domain. I also traveled to Japan twice ( for short term & long term project ). 

Here is my pic when I visited Tokyo Motor Show in Japan



Here comes my details, 
 

Yo ! My name is Vikas Singh ! 

If there are some words to describe me, it would be :  

A startup guy. Engineer. Storyteller. Dreamer, Most days a realist.! 

I am full time  CAE Professional working with one of the reputed company in India.

I have 13+years of CAE experience in Automotive domain. In my CAE career journey, 
I have worked for multiple OEMs project in India and Japan like TATA, Mahindra, Renault, Nissan Motors, Volkswagen, Toyota, Ford, Mazda Corporation, Honda R&D Center, Japan etc.



Since you are here right now, Something tells me that you are a FEA Engineer or interested in learning FEA. 

But also maybe 
  • You need to know more about FEA buzz before selecting your job stream.
  • You want to revise your FEA concept before attending interview for FEA positions.
  • You are looking to grow your knowledge about different terms used in FEA.

No matter where you are right now in your journey, you want to grow your knowledge and skills to have BIGGER impact in your career.

You’re READY to take your career to that next level.

So, trust me my friend, I am here to help you !!

I have created this blog to share my FEA knowledge or experience for those people who are willing to start there career in CAE/FEA field. Basically, This blog is just came out as my part time hobby. 

In this blog, I will try to write about various FEA/CAE topics, Books, Career options, Experiences etc. I would be more happy to share my knowledge and experience through this blog.

So, Stay tuned for more updates.!!

Keep Smiling !! Stay Healthy !

Comments

Post a Comment

If you have doubt then please let me know.

Popular posts from this blog

What is difference between FEM and FEA?

Image
Finite Element Method (FEM): Definition: FEM is a numerical technique used for solving problems related to engineering and mathematical physics. It's a broader concept and refers to the entire process of modeling a physical system or structure using finite elements. Process: The FEM involves discretizing a complex structure or system into small, simple shapes called finite elements. These elements are interconnected at points called nodes. Mathematical equations are then applied to each element to simulate the behavior of the entire structure. Application: FEM is a general approach and can be applied to various fields such as structural analysis, heat transfer, fluid dynamics, and electromagnetics. Finite Element Analysis (FEA): Definition: FEA is a specific application of the Finite Element Method. It is the process of using FEM to analyze and solve engineering problems. FEA focuses on the numerical simulation of physical phenomena by breaking down a complex system into finite...
Read more

Types of Elements in FEA

Image
I assume you already know the term "Meshing" in FEA. If you still want to read it then  you can visit below link of my previous article https://feadirect.blogspot.com/2020/05/what-is-meshing-in-fea.html Ok ! lets come to the point.  From the above image, you can imagine the representation of elements used in FEA. Here are the details : 1D Elements : 2 nodes It is also referred as line elements. Often used to represent the members, which are too long compared to the measurement of the cross section (L/r > 20). Useful when bending is the root cause of failure. Fundamental assumption : Changes in material properties along the cross section is negligible. Used to represent rods, beams, trusses, cables, frames etc. 2D Elements : 3, 4 nodes It is also referred as shell elements. Often used when thin sheet structures are under bending deformation. Can consider 2D stress conditions and bending and shear deformations. Fundamental assumptions : Changes i...
Read more

What is Meshing in FEA ?

Image
In Finite Element Analysis (FEA), meshing is a crucial step in the simulation process. It involves dividing a complex geometry into smaller, simpler elements, creating a mesh. Each element represents a portion of the overall structure, and together they form a discretized approximation of the entire model. The primary goal of meshing is to break down the complex geometry into manageable units, allowing the FEA software to analyze and simulate the behavior of the structure under various conditions. The elements in the mesh are interconnected at points called nodes, forming a network that represents the geometry and structure of the object being analyzed. There are different types of elements used in meshing, such as triangles, quadrilaterals, tetrahedra, hexahedra, etc., each suitable for specific types of analyses and geometries. The choice of element type and the density of the mesh (the number of elements) significantly impact the accuracy of the simulation. A fine mesh with smaller ...
Read more