The Application of Orthogonal Experiment in Development of Activating Flux for TIG Welding

Dan  Wu; Yong Su; Rong Peng Qiu

doi:10.4028/www.scientific.net/AMR.710.182

Paper Titles

A First-Principles Study of Heusler Alloy Cr₂ZrGe
p.166

Synthesis of CaWO₄:(Eu³⁺,Tb³⁺) Thin Films by a Two-Step Method at Room Temperature
p.170

A New Heusler Alloy of V₂NiGa: A First-Principles Study
p.174

Study on the Dispersion Characteristics of Surface TM Modes in Hollow Slab Waveguide with a Left-Handed Material Cover
p.178

The Application of Orthogonal Experiment in Development of Activating Flux for TIG Welding
p.182

Impact Damage Research of Composite Laminates with AL Ply
p.186

Evaluation of Purification of Carbon Nanotubes by Air
p.191

Preparation, Characteristics and Bioactivity of Gypenosides-Loaded Microcapsules
p.195

Effect of N₂ Pressure on the Phase Composition and Morphology of Ti₂AlN Prepared by Self-Propagating Combustion Method
p.199

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The Application of Orthogonal Experiment in Development of Activating Flux for TIG Welding

Abstract:

Conversional TIG welding has low penetration and productivity. Recently, activating flux for TIG welding has received more and more attention. The paper has developed activating flux for TIG welding by means of orthogonal experience. The activating flux developed by orthogonal experience can penetrate austenite stainless steel butt plate in thickness of 8mm once and away which is three times the one of common TIG welding in the same welding parameter.