Author: Varun Sharma

Varun is working with EDS Technologies as a SIMULIA Consultant. He has published more than 12 research papers in International Journals. He is the recipient of Marie Skłodowska – Curie Actions and OEAD International Mobility Fellowship. He has more than 6 years of R&D experience in the field of FEA. He has conducted R&D for Tata Steel, Ijmuiden, Netherlands in identifying the best refractory material for the blast furnace. He has carried out independent research of pore size distribution and void ratio (Geomechanics). He has performed experiments to check infiltration behavior and high-and-low temperature experiments in FH – Jena, Germany. He has done his Masters from University of Applied Sciences, Jena, Germany.

In the ever-evolving realm of engineering simulation, the need for sophisticated tools that automate and optimize the design process has reached a crucial point. SIMULIA Isight from Dassault Systèmes  is a potent simulation process automation and design optimization software. This blog post unfolds a strategic walkthrough, unravelling the indispensable steps to harness Isight’s prowess for impactful data…

It’s both an exciting and challenging time for manufacturers to bring new products to market in this era of rapid innovation. Changing customer expectations and shrinking budgets are among the challenges. Manufacturers are therefore utilizing realistic simulation to gain a competitive advantage by lessening the need for physical testing, increasing product reliability, and reducing the time to…

Introduction Composite materials are less expensive and stronger in nature in comparison to conventional materials. They are formed from two or more constituent materials which are different in physical, mechanical and chemical properties. By nature, they are light in weight and extensively employed in spacecrafts, aircrafts, buildings, bridges, racing cars, bathtubs etc. From a macroscopic point of…

Introduction The RCC structure displayed below is subjected to displacement under static conditions in ABAQUS GUI. The basic purpose of using RCC is to absorb stresses (specifically tensile stresses) that arise in the structure. From a structural engineering point of view, concrete is weak in tension, and therefore it is reinforced accordingly with suitable material. To overcome…