Advancements in energy-efficient welding production techniques: Innovative models and methods for combined workpiece fabrication

Abstract

This article highlights notable advances in energy-efficient welding manufacturing techniques, with particular emphasis on new models and methodologies for combined welding machines. High energy density welding processes such as laser beam and electron beam welding are being investigated for their potential to optimize energy use in various industrial applications. Furthermore, the examination extends to energy- efficient high-density welding procedures, notably encompassing electric arc, gas welding, and autogenous welding, while also taking into account factors tied to corrosion processing. Technological advances in machining, cutting techniques, and specialized connectors are also explored in detail, and their contribution to reducing energy consumption and improving overall equipment efficiency is examined. This thorough investigation would not be complete without considering the implications for the energy sector, where the use of energy-efficient welding techniques is critical in reducing costs and refining manufacturing processes.