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- W3132266730 abstract "This work is based on robotic and manual welding parameters and generates a destructive technique which involves advanced testing to identify longitudinal layer-by - layer defects in weld testing. Test results were reported from different types of joints. It involves manual welding and robotic welding, as well as relating to the welding efficiency from both parts to compare tensile and impact strength and microstructure. Test results were obtained; tensile strength, impact power, and assessed. Depends on the weld's microstructure and properties. Rapid changes in local heating, cooling, and structure cause substantial changes in HAZ composition, microstructure, and residual stress. Different physical methods that regulate welding which can cause severe material damage, causing a loss of quality and rigidity and even mechanical failure affects the quality of the weld bead. The input parameters were known as thickness and current of the material. Metals were linked in two ways, initially manual welding and robotic welding, with manual welding being reversed polarity and robotic welding pass being in straight polarity. The relation between the microstructure and the force of impact has been studied. The robotic welding process has been found to have produced more heat than the manual welding process. Grain growth occurred in the thermal zone and average growth. With the current value declining, the impact resistance decreased and the material thickness decreased." @default.
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- W3132266730 date "2021-01-01" @default.
- W3132266730 modified "2023-09-26" @default.
- W3132266730 title "AristoTM robot welding performance and analysis of mechanical and microstructural characteristics of the weld" @default.
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- W3132266730 doi "https://doi.org/10.1016/j.matpr.2020.12.158" @default.
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