This work focuses on improvement of performance and effectiveness on welding 5 mm thick
plate with different filler metal and its post effects on the properties. The comparison of …

This study examines the impact of filler metal on the mechanical, microstructural and
corrosion properties of an aluminium alloy 5083-F welded employing tungsten inert gas …

The aim of this study is to enhance the performance and effectiveness of welding 5mm thick
plates with different groove designs and investigate their post-effects on material properties …

In the present evaluation, We have made an attempt has to determine the weld
characteristics of AISI 316 L (Low carbon steel) and AISI 430 by TIG (tungsten inert gas …

Abstract Tungsten Inert Gas (TIG) welding is one of the most widely used welding
procedures for joining aluminium alloys. However, welding efficiency is dependent on the …

Abstract Tungsten Inert Gas (TIG) welding is a fundamental welding technique which is
important for controlling the metallurgical characteristics and weld bead shape. Monel 400 …

Aluminium alloys gathers wide range of acceptance and potential application in automobile,
aerospace, ship building industries, off shore structures & construction of bridges owing to its …

Aluminum alloys are currently used in aircraft and automotive parts such as chassis because
of its strength and lightweight structure. This work studies the outcomes of welding …

Aluminium being light weight, strong & corrosion resistant material is extensively used in
transportation industries, packaging, construction and many more. Al can be alloyed with …

The increase in demand for the joining of dissimilar materials for various manufacturing
industries. Modern technology attracts dissimilar materials to utilize for multiple applications …