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ASM Technical Books
Weld Integrity and Performance
Edited by
ASM International
ISBN electronic:
978-1-62708-359-1
Publication date:
1997
Abstract
Stainless steel base metals and the welding filler metals used with them are chosen on the basis of suitable corrosion resistance for the intended application. This article describes several constitution diagrams that that have been developed to predict microstructures and properties. This is followed by discussions of weldability, cracking, and the engineering properties of stainless steel welds, namely martensitic stainless steels, ferritic stainless steel welds, austenitic stainless steels, and duplex stainless steels.
Topics
Galvanic corrosion,
Intergranular corrosion,
Weld corrosion,
Deformation and fracture,
Fitness-for-service assessment,
Welding defects,
Cast iron,
Steel,
Cast nickel-based superalloys,
Wrought nickel-based superalloys,
Aluminum alloys,
Molybdenum alloys,
Nickel alloys,
Niobium alloys,
Tantalum alloys,
Titanium alloys,
Tungsten alloys,
Weldability testing,
Stress relieving,
Diffusion welding,
Explosion welding,
Arc welding,
Braze welding,
Butt welding,
Directed-energy fusion welding,
Resistance welding,
Alloy composition,
Weld strength,
Weldability,
Nondestructive testing,
Fracture toughness,
Ductility,
Shear strength,
Tensile properties,
Fatigue and fracture mechanics analysis,
Weld cracks,
Austenitic stainless steel,
Duplex stainless steel,
Ferritic stainless steel,
Martensitic stainless steel,
Welding
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Member Sign InCitation
Properties of Stainless Steel Welds, Weld Integrity and Performance, Edited By Steve Lampman, ASM International, 1997, p 249–282, https://doi.org/10.31399/asm.tb.wip.t65930249
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