現(xiàn)代設計方法（英文版）/面向21世紀普通高校雙語適用教材簡介，目錄書摘
2019-10-18 14:10
來源：京東
作者：京東
現(xiàn)代設計方法（英文版）/面向21世紀普通高校雙語適用教材
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內容簡介: 本書是一本專門為高校機電類專業(yè)雙語教學而編寫的英文教材，概述性地介紹了當今時代發(fā)展起來的一些先進設計方法，重點介紹了有限元法、優(yōu)化設計方法以及可靠性工程理論和方法等。第一章在理論方法的介紹之后都列舉了一些應用實例，目的在于使學生以英語思維的方式了解不同傳統(tǒng)的現(xiàn)代設計方法，并能應用這些理論和方法來解決工程實際中的相關問題。為了便于讀者閱讀和理解，每章末尾都附有一定的疑難點注釋，全書最后附有專業(yè)詞匯表。
本書為高校機電類專業(yè)雙語教材，同時也可作為科技英語愛好者的專業(yè)英語閱讀教材以及機電行業(yè)工程技術人員和高級專業(yè)管理人員的參考書。
本書為高校機電類專業(yè)雙語教材，同時也可作為科技英語愛好者的專業(yè)英語閱讀教材以及機電行業(yè)工程技術人員和高級專業(yè)管理人員的參考書。
作者簡介:
目錄:前言
Chapter 1 An Introduction to Advanced Design Methods
1.1 General Description
1.2 Main Contents of Advanced Design Methods
1.3 Developing Trend of Advanced Design Methods
Chapter 2 Finite Element Method
2.1 Introduction
2.2 Basic Equations in Elastic Plane Problems
2.3 The Finite Element Method for Elastic Plane Problems
2.4 Global Analysis
2.5 Procedures for Finite Element Analysis
2.6 Discussions of Important Topics
2.7 Examples of Application Procedures
Chapter 3 Optimization of Design
3.1 General Description
3.2 Mathematical Model for Optimization of Design
3.3 Numerical Solution of the Mathematical Model
3.4 One Dimensional Searching Method
3.5 Multi-dimensional Optimization Method
3.6 Penalty Function Method
3.7 Application Examples
Chapter 4 Reliability Engineering
4.1 General Description
4.2 Basic Theories of Reliability Engineering
4.3 Reliability Design of Components Mechanical Strength
4.4 Reliability Engineering of Mechanical Systems
4.5 Mechanical Systems Failure Analysis Methods
Appendix A Symbols Comvention（附錄A 文中符號慣例）
Appendix B Vocbulary（附錄B 詞匯表）
References（參考文獻）
Chapter 1 An Introduction to Advanced Design Methods
1.1 General Description
1.2 Main Contents of Advanced Design Methods
1.3 Developing Trend of Advanced Design Methods
Chapter 2 Finite Element Method
2.1 Introduction
2.2 Basic Equations in Elastic Plane Problems
2.3 The Finite Element Method for Elastic Plane Problems
2.4 Global Analysis
2.5 Procedures for Finite Element Analysis
2.6 Discussions of Important Topics
2.7 Examples of Application Procedures
Chapter 3 Optimization of Design
3.1 General Description
3.2 Mathematical Model for Optimization of Design
3.3 Numerical Solution of the Mathematical Model
3.4 One Dimensional Searching Method
3.5 Multi-dimensional Optimization Method
3.6 Penalty Function Method
3.7 Application Examples
Chapter 4 Reliability Engineering
4.1 General Description
4.2 Basic Theories of Reliability Engineering
4.3 Reliability Design of Components Mechanical Strength
4.4 Reliability Engineering of Mechanical Systems
4.5 Mechanical Systems Failure Analysis Methods
Appendix A Symbols Comvention（附錄A 文中符號慣例）
Appendix B Vocbulary（附錄B 詞匯表）
References（參考文獻）
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