Study and Experimental Modelling of Welding Parameters on Hardness of Hot Air...IJSRD
The present work has been carried out to study the effect of some input parameters on the desired responses in the Poly Vinyl Chloride (PVC) plastic welding by hot air technique. The effect of hot air temperature, welding speed and air flow rate has been evaluated on the Hardness of the welded joints. These responses have been analysed using the analysis of variance (ANOVA) and experimental modeling. Plots of significant factors and experimental modeling have been used to determine the best fit relationship between the responses and the model parameters using MINITAB 17. This has been used to determine the most influencing parameter.
We at "Asha Enterprises", with our inception in the year 1976 have been dealing in products required in Refrigeration Industries like Cold Storage's, Ice Plants, Food Processing, Chilled Water Plants, Breweries, Dairies, Fisheries etc.
BOSH offers eight safety and health certificates, including two advanced and one premier certificate to take your career and your organization's safety program to the next level.
Parametric optimization of metal inert gas welding by using taguchi approacheSAT Journals
Abstract
The present work deals with optimization of welding process variables by using Metal inert gas welding. In this process input
variables are voltage (V), current (A) and welding speed(S) with tensile properties, hardness, and penetration as responses of low
carbon steel (ASTM A29). The design of experiments based on Taguchi orthogonal array [L9], acquires Analysis of variance
(ANOVA) to determine the influence of parameters with the optimal condition.
Keywords: MIG Welding, Mild Steel, Taguchi Approach, Hardness, Tensile Strength.
Study and Experimental Modelling of Welding Parameters on Hardness of Hot Air...IJSRD
The present work has been carried out to study the effect of some input parameters on the desired responses in the Poly Vinyl Chloride (PVC) plastic welding by hot air technique. The effect of hot air temperature, welding speed and air flow rate has been evaluated on the Hardness of the welded joints. These responses have been analysed using the analysis of variance (ANOVA) and experimental modeling. Plots of significant factors and experimental modeling have been used to determine the best fit relationship between the responses and the model parameters using MINITAB 17. This has been used to determine the most influencing parameter.
We at "Asha Enterprises", with our inception in the year 1976 have been dealing in products required in Refrigeration Industries like Cold Storage's, Ice Plants, Food Processing, Chilled Water Plants, Breweries, Dairies, Fisheries etc.
BOSH offers eight safety and health certificates, including two advanced and one premier certificate to take your career and your organization's safety program to the next level.
Parametric optimization of metal inert gas welding by using taguchi approacheSAT Journals
Abstract
The present work deals with optimization of welding process variables by using Metal inert gas welding. In this process input
variables are voltage (V), current (A) and welding speed(S) with tensile properties, hardness, and penetration as responses of low
carbon steel (ASTM A29). The design of experiments based on Taguchi orthogonal array [L9], acquires Analysis of variance
(ANOVA) to determine the influence of parameters with the optimal condition.
Keywords: MIG Welding, Mild Steel, Taguchi Approach, Hardness, Tensile Strength.