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OverviewWelding is a crucial manufacturing technique in creating countless numbers of commonly used items. From buildings to bridges and cars to computers, many of these items would be virtually impossible to produce without the use of welding. Welding Processes Handbook is a concise, explanatory guide to commonly used and commercially significant welding processes. It describes processes and equipment applicable to all instruction levels, and takes the novice or student through the individual steps involved in each process in a clear and comprehensible way. Topics such as welded joint design, quality assurance, and costing are all covered in detail. The handbook provides an up-to-date reference on the major applications of welding as they are used in industry. It is poised to become the leading guide to basic welding technologies for those new to the industry. Full Product DetailsAuthor: Klas Weman (ESAB Research, Sweden)Publisher: Taylor & Francis Inc Imprint: CRC Press Inc Dimensions: Width: 17.80cm , Height: 1.20cm , Length: 25.40cm Weight: 0.386kg ISBN: 9780849317736ISBN 10: 0849317738 Pages: 204 Publication Date: 05 August 2003 Audience: Professional and scholarly , Professional & Vocational , Professional & Vocational Format: Paperback Publisher's Status: Out of Print Availability: Awaiting stock  Table of ContentsARC WELDING-AN OVERVIEW History of welding Terminology Distortion The welding arc Shielding gases Power sources GAS WELDING Equipment TIG WELDING A description of the Method Equipment Consumables PLASMA WELDING A description of the method Equipment Gases for plasma welding The advantages of the plasma method MIG/MAG WELDING Equipment Setting of welding parameters Consumables Weld quality METAL ARC WELDING WITH COATED ELECTRODES A description of the method Equipment Electrodes Weld defects SUBMERGED ARC WELDING Description Equipment Filler material The effect of the welding parameters Productivity improvements Joint preparation Risks of weld defects PRESSURE WELDING METHODS Resistance welding Friction welding High-frequency welding Ultrasonic welding Explosion welding Magnetic pulse welding Cold pressure welding Diffusion welding OTHER METHODS OF WELDING Electroslag welding Electrogas welding Stud welding Laser welding Electron beam welding Thermite welding CUTTING METHODS Thermal cutting Water jet cutting Thermal gouging SURFACE CLADDING METHODS Cladding to provide a corrosion-resistant layer Hardfacing Thermal spraying MECHANISATION AND ROBOT WELDING Narrow-gap welding Arc welding using robots Mechanised TIG welding Quality requirements for mechanised welding SOLDERING AND BRAZING General Soft soldering Brazing THE WELDABILITY OF STEEL Carbon steels High-Strength and extra high-strength steels Austenitic steels DESIGN OF WELDED COMPONENTS Introduction Symbolic representation of welds on drawings Welding classes Residual stresses in welds, weld distortions Design consideration Strength considerations of welded joints Analysis of statically loaded welded joints Welded structures subjected to fatigue loads References QUALITY ASSURANCE AND QUALITY MANAGEMENT Quality requirements for welding (EN 729) Welding coordination (EN 719) Specification and approval of welding procedures (EN 288) Approval testing of welders (EN 287) Non-destructive testing WELDING COSTS Welding cost calculations Some welding cost concepts Cost calculation Mechanisation, automation, robot welding INDEXReviewsAuthor InformationTab Content 6Author Website:Countries AvailableAll regions |
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