An Optimization and Investigation of Mechanical Properties and Microstructures on Friction Stir Welding of Aluminium Alloys
Journal Title: International Journal of Mechanical and Production Engineering Research and Development (IJMPERD ) - Year 2019, Vol 9, Issue 1
Abstract
Now a day for industrial applications and automotive industries, many are utilizing advanced welding technique is Friction stir welding process, offering more advantages are quality of the weld is good, consumption power is low so this process is taken for research work. This paper investigates mechanical properties of input parameters of welding speed, rotational speed, tilt angle, axial force and output parameters are tensile strength, micro hardnesson dissimilar welding of aluminium alloys using welding techniques on friction stir welding process based on cost taguchi L9 is used for carrying research and experiments trailing on parent materials on different ranges of input responses welding speed 60 mm/min., rotational speed 1350 rpm, tilt angle 30, axial force 11 KN with output responses tensile strength 183 Mpa and micro hardness 127 HV are measured with ASTM standards on specimens and analysis are carried out by using grey relational analysis, GRG method and microstructures development done to improve the empirical relations of process are automated and optimized.
Authors and Affiliations
Bazani Shaik Shaik, G. Harinath Gowd, B. Durga Prasad
Keywords
Related Articles
- EP ID EP463860
- DOI 10.24247/ijmperdfeb201922
- Views 83
- Downloads 0
Study of Mechanical Properties of Open Cell AL6061 Alloy Foam
The mechanical behavior of 20 ppi open cells Al6061 alloy foam is studied under uniaxial tensile, compression and bending loads. In addition to the common stress–strain measurements, peak load, ultimate stress, displacem...
The Effect of Temperature and Thermodynamics Studies on The Removal of Heavy Metal by using Adsorbent
The need for waste water treatment has intensified in the recent past with the advent of industrial revolution. The major contaminants of water are heavy metals of which chromium, used in leather and electroplating indus...
Experimental Evaluation for Multi-Response Optimality on AISI 316 L Materials With Coated Carbide Inserts using GRA And VIKOR Methods
Experimental evaluations are prominent in metal cutting industries, as they predict the real time analysis of the machining. This work relates in experimental optimal analysis of machining parameters using Grey Relationa...
Stress Evaluation on Mechanical, Construction and its Allied Manufacturing Industry Employees and its Basic Impact on Productivity: A Case Study
This paper deals with the study on stress level of employees working in mechanical, construction based manufacturing industry. As well-known mechanical, construction and its allied industries is few among the industries...
EXPERIMENTAL INVESTIGATION OF PERFORMANCE AND EMISSION CHARACTERISTICS OF AN IDI DIESEL ENGINE USING HOMOGENIZED WATER IN DIESEL EMULSION
A comparative experimental study on a 1.8L IDI diesel engine has been carried out to evaluate the influence of homogenized water in diesel emulsion on performance and exhaust emissions against base fuel diesel. The emuls...