Research on AC Short-Circuit Transfer Low-Energy Welding Technology

Peng Fei Huang; Zhen Yang Lu; Xue Chao Liu; Jing Mao Gu

doi:10.4028/www.scientific.net/AMM.152-154.1801

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Position and Orientation Analyses of Mechanism by PHCpack Solver of Homotopy Continuation
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A New Trend for Reverse Engineering: Robotized Aerial System for Spatial Information Management
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Signal Processing System for Wheel Speed Measurement Based on FPGA
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Positioning Control System Based on ZPETC and Optimal Control Method for Plant with Dead-Time
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Research on AC Short-Circuit Transfer Low-Energy Welding Technology
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Large Eddy Simulation of Wind Loads on a Low-Rise Structure and Comparison with Wind Tunnel Results
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CFD Analysis of Wind Loads on Permeable Low-Rise Structures
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New Approaches for Network-Based Control Systems with Time-Varying Delays
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Theory of Fast Multipole Virtual Boundary Element Method and Discussion on Key Issues
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 152-154Research on AC Short-Circuit Transfer Low-Energy...

Research on AC Short-Circuit Transfer Low-Energy Welding Technology

Abstract:

The one cycle AC short-circuit transfer welding method is a new type of low-energy welding method, which could flexible control the welding process on the energy distribution of basement material and wires by changing the time of the polarity of the EN. Tests showed that the 1.0mm thin sheet welding, and welding process stability, beautiful weld bead, and small spatter could be achieved successfully by this one cycle AC short-circuit transfer welding method.