Titlebook: Mechanical Behavior and Fracture of Engineering Materials; Jorge Luis González-Velázquez Book 2020 Springer Nature Switzerland AG 2020 Mec

不怕任性

Stress,this field of study is emphasized, followed by the scope of continuum mechanics study and the definition of stress. By using these ideas, the mechanical behavior in uniaxial tension and the design of structural components is described. A comprehensive description of the Cauchŷ’s stress tensor is pro

臆断

Strain,sformation concept; then, the elastic stress strain relations, namely the constitutive equations, are described for both isotropic and anisotropic behavior. Next is the description of plasticity and plastic behavior of metallic materials, including tables of typical mechanical properties of engineer

铺子

Plastic Deformation Mechanisms,rk. Then, a full description of the dislocation slip mechanism is presented, including an explanation of the direct observation of dislocations by transmission electron microscopy. Based on the preceding ideas, a description of the slip modes and their associated dislocation substructures is given.

后退

Strengthening Mechanisms,nt strengthening mechanism of metallic materials, being: strain, grain boundary, solid solution, second phase and fine particle. These mechanisms are explained accordingly to the dislocation theory and the most important rules, along with the relevant equations such as the Hall-Petch law, the rule o

繁忙

Merited

Provenance

adequate-intake

High Temperature Mechanical Behavior,-Rupture and the Constant-Stress creep curves. The Creep Power Law for secondary creep is introduced along with the Larson and Miner creep life prediction method. Further, the deformation mechanisms in creep are described, as well as the creep fracture mechanism. Then, the ideas are applied to expla

残暴

窗帘等

Jorge Luis González-Velázquezms related to the ironmaking.This textbook explores the production of pig iron, covering the first part of the steel production process, known as ironmaking. Divided into seven chapters, it discusses the following topics: raw materials for steel production (coking coal, iron ore, slag-forming agents