Titlebook: Surfacing and Additive Technologies in Welded Fabrication; Igor Ryabtsev,Serhii Fomichov,Anna Banin Book 2023 The Editor(s) (if applicable

Agronomy

,Procedures’ Qualification for Surfacing and Additive Manufacturing,the provision of controlled conditions of surfacing and additive technologies in accordance with the ISO 9001 standard. Mandatory documented information regarding the certification of welding (surfacing) procedures in accordance with ISO 15607, 15613 and ISO 15614 standards is listed: “Preliminary w

nugatory

Laser Surfacing, properties of nickel-based alloy powders, cobalt-based alloy powders, iron-based alloy powders, titanium-based alloy powders, and composite powders are given. Tables of brands and characteristics of the main types of filler wires and rods are provided. The parameters of laser surfacing are listed and examples are given.

正常

nomena of the processes of surfacing technologies.Analysis o.This book provides a comprehensive overview of a wide range of surfacing methods, detailing their physical basics and technologies...Each section of the book provides information on the formation of the structure and properties of the depo

analogous

Induction Surfacing,; melting of briquetted or solid filler material on the base metal; immersion of the heated part in a crucible with melt; centrifugal surfacing of cylindrical parts; melting of powder additive on the surface of the part; furnace surfacing of composite powders. Examples of widely used materials for induction surfacing are given.

HARP

Book 2023cal applications, the book is an essential reference for anyone working in the field of welding and related technologies. It includes detailed illustrations and diagrams, making it easy to understand and follow the concepts..

MOCK

植物群

Plasma Surfacing,pper are given. The characteristics of solid wires and flux-cored wires are provided—analogs of wires for electric arc welding in shielding gas. Recommendations are given on the procedures of the main methods of plasma surfacing, including the surfacing parameters.

NAG

酷热

未开化

https://doi.org/10.1007/978-3-031-34390-2Plasma surfacing; Laser surfacing; Additive technologies; Electroslag Surfacing; Gas surfacing; Surfacing