Resistance Spot Welding is one of the oldest electric welding processes in use by industry today. As the name implies, it is the resistance of the material to be welded to current flow that causes a localized heating in the part. This paper focused on the development and evaluation of neural network-based systems for trial resistance spot welding process control and weld quality assessment. Parametric study shows the effect of different parameters i.e., weld current, cycle time, and thickness on the weld strength. The relations between parameters are plotted on the graphs. Index Terms — Process Parameters, Artificial neural network
A method has been proposed for welding penetration status prediction in the paper. First, an experim...
The objective of the study is to predict the cold cracking resistance of high strength low alloy 950...
In this work, the quality of resistance spot welding (RSW) joints of 304 austenitic stainless steel ...
In this study, the weld quality of 780 MPa grade dual phase (DP) steel with 1.0 mm thickness was pre...
In this study, the weld quality of 780 MPa grade dual phase (DP) steel with 1.0 mm thickness was pre...
Resistance spot welding is an established joining process for the production of safety-relevant comp...
Optimizing Resistance spot welding, often used as a time and cost-efective process in many industria...
This paper presents a study on the weld quality obtained by different values of the input parameters...
This paper presents a study on the weld quality obtained by different values of the input parameters...
Control of weld quality is one of the most important and complex processes to be carried out on prod...
Weld joint dimensions and weld metal mechanical properties are important quality characteristics of ...
Artificial intelligence (AI) is a modern approach which has the ability to capture nonlinear relatio...
Resistance spot welding is an established joining process for the production of safety-relevant comp...
A study on the use of artificial intelligence (AI) techniques for the modelling and subsequent contr...
Online monitoring of the instantaneous resistance variation during the A.C. resistance spot welding ...
A method has been proposed for welding penetration status prediction in the paper. First, an experim...
The objective of the study is to predict the cold cracking resistance of high strength low alloy 950...
In this work, the quality of resistance spot welding (RSW) joints of 304 austenitic stainless steel ...
In this study, the weld quality of 780 MPa grade dual phase (DP) steel with 1.0 mm thickness was pre...
In this study, the weld quality of 780 MPa grade dual phase (DP) steel with 1.0 mm thickness was pre...
Resistance spot welding is an established joining process for the production of safety-relevant comp...
Optimizing Resistance spot welding, often used as a time and cost-efective process in many industria...
This paper presents a study on the weld quality obtained by different values of the input parameters...
This paper presents a study on the weld quality obtained by different values of the input parameters...
Control of weld quality is one of the most important and complex processes to be carried out on prod...
Weld joint dimensions and weld metal mechanical properties are important quality characteristics of ...
Artificial intelligence (AI) is a modern approach which has the ability to capture nonlinear relatio...
Resistance spot welding is an established joining process for the production of safety-relevant comp...
A study on the use of artificial intelligence (AI) techniques for the modelling and subsequent contr...
Online monitoring of the instantaneous resistance variation during the A.C. resistance spot welding ...
A method has been proposed for welding penetration status prediction in the paper. First, an experim...
The objective of the study is to predict the cold cracking resistance of high strength low alloy 950...
In this work, the quality of resistance spot welding (RSW) joints of 304 austenitic stainless steel ...