Paper Contents
Abstract
Given the changing cultural attitudes on the environment, the automotive industry stands to gain a great deal from the use of laser welded blanks. Improving their product's energy efficiency and reducing production waste are necessary for this. Requirements for fuel economy in the automotive sector are becoming more stringent as scrap is declining. In order to lighten automobiles without sacrificing strength, there is now a lot of interest in developing lightweight alloys to replace bulky steel parts. High-strength steels, carbon-carbon composites, magnesium and aluminium, as well as a number of novel metallic composites, are all being studied for their potential and viability in large-scale production.Aluminium and its alloys are among our most versatile engineering and building materials because of their special mix of qualities. While all alloys are lightweight, some of them have strengths higher than structural steel. The benefits of aluminium alloy sheets for automotive applications include excellent strength to weight ratio, recyclability, and resistance to corrosion.
Copyright
Copyright © 2024 SUMER SINGH. This is an open access article distributed under the Creative Commons Attribution License.
