材料的切口强度与切口敏感性

内容概要

郑修麟，1933年2月12日出生于南京。材料疲劳断裂专家，第七届、第八届全国人民代表大会代表，航空工业部有突出贡献专家。毕业于原华东航空学院飞机系，任教原华东航空学院、西北工业大学。发表论文300余篇，出版论著及教材有《金属疲劳的定量理论》、《切口件的断裂力学》、《材料的力学性能》、《金属材料的疲劳》、  《工程材料的力学行为》等。获教育部优秀教材奖一项，八次分别获国家教委、航空工业部、铁道部、航空工业总公司、陕西省科技进步奖。

书籍目录

PrefaceChapter 1 General Introduction1.1 Purpose and Importance of Failure Research1.2 Main Considerations in Failure Research1.3 Research on Notch Strength of Materials1.4 Outline of the Present Book1.5 Concluding RemarksReferencesChapter 2 Fracture Mechanics of Notched Elements2.1 Introduction2.2 Notch Stress and Strain Analysis2.3 Criterion for Crack Initiation2.4 Fracture Criteria of Notched Elements2.5 Quantitative Evaluation of Notch Sensitivity of Materials2.6 Notch Strength and Fracture Toughness2.7 Notch Strength Diagram of Materials2.8 Concluding RemarksReferencesChapter 3　Notch Strength and Notch Sensitivity of Steels3.1 Introduction3.2 Test Procedures of Notch Strength3.3 Notch Strength and Notch Sensitivity of High Strength Seels3.4 Notch Strength and Notch Sensitivity of Medium Carbon Steel3.5 Notch Strength and Notch Sensitivity of Stainless Steel3.6 Factors Affecting Notch Strength and Notch Sensitivity3.7 Prediction of Fracture Toughness of Steels3.8 Concluding RemarksReferencesChapter 4 Notch Strength and Notch Sensitivity of Cast Irons4.1 Introduction4.2 Notch Strength and Notch Sensitivity of Gray Cast Iron under Tension and Bending4.3 Notch Strength and Notch Sensitivity of Gray Cast Iron under Torsion4.4 Notch Strength and Notch Sensitivity of Nodular Cast Iron under Tension4.5 Notch Strength and Notch Sensitivity of Nodular Cast Iron under Torsion4.6 Concluding RemarksReferencesChapter 5 Tensile Notch Strength and Notch Sensitivity of Nonferrous Alloys5.1 Introduction5.2 Notch Strength and Notch Sensitivity of Aluminum Alloys5.3 Fracture Toughness of Aluminum Alloys5.4 Notch Strength and Notch Sensitivity of AI-Li Alloys5.5 Notch Strength and Notch Sensitivity of Titanium Alloys5.6 Notch Strength and Notch Sensitivity of Magnesium Alloys5.7 Notch Strength and Notch Sensitivity of Nickel-Base Super alloys5.8 Notch Strength and Notch Sensitivity of Cobalt-Base Super-alloys5.9 Notch Strength and Notch Sensitivity of Commercial Tungsten……Chapter 6 Notch Strength of Ceramics under BendingChapter 7 Notch Strength of Ceramics under TensionChapter 8 Notch Strength of Brittle Materials under TorsionChapter 9 Notch Strength of Ceramic under CompressionChapter 10 Fracture Criterion for Ceramic Notched Elements under Combined Tension/TorsionChapter 11 Notch Strength of Ceramics at High Loading SpeedsChapter 12 Notch Strength of Ceramics at Elevated TemperaturesChapter 13 Notch Strength and Notch Sensitivity of PMMA GlassesChapter 14 Fracture and Strength of Notched Elements of CompositesIndex

编辑推荐

《材料的切口强度与切口敏感性:切口件的失效准则》为工程技术人员在结构设计中选用材料和进行强度校核提供了有用工具，也为材料研究工作者改善材料的性能提供了依据，同时，《材料的切口强度与切口敏感性:切口件的失效准则》也可作为材料、机械类研究生教学的参考用书。

作者简介

《材料的切口强度与切口敏感性:切口件的失效准则》通过对切口件应力应变分析和材料切口敏感性理论的介绍，给出了适用于包括切口件、裂纹件和光滑试件的断裂准则，主要涉及切口件在拉、弯、扭、压条件下的低应力脆断准则和强度问题，也对产生低应力脆断的内、外部条件，如环境温度、加载速率等进行了探讨，涵盖钢铁、非铁金属、陶瓷、玻璃、高分子材料和复合材料等多种材料。

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