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- ISBN 10 7564069074
- ISBN 13 9787564069070
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Ordinary Higher Education Twelfth Five-Year Plan materials: Introduction to Modern Design Method (2nd edition)(Chinese Edition)
Verlag:
Beijing Institute of Technology Press, 2000
ISBN 10: 7564069074
ISBN 13: 9787564069070
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Anbieter: liu xing, Nanjing JiangSu, JS, China
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paperback. Zustand: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: November 2012 Pages: 245 in Publisher: Beijing Institute of Technology Press. regular higher education 12th Five-Year Plan textbooks: Introduction to Modern Design Method (2nd edition) an overview of the characteristics of modern design and modern design The concept of the method. with a focus on the basic principles of the wide range of applications. more mature development of CAD technology. finite element method. the reliability of the design and optimization design method is introduced. The same time. in order to strengthen the cultivation of students in technology applications and the ability to operate. introducing the basic theoretical knowledge of each method are immediately given the operation of common software tools. the use of modern design methods for product analysis and design instance as well as practical instruction aimed at more closely combine the method of learning engineering practice. This book can be used as textbooks and teaching reference books of the undergraduate students of engineering colleges mechanical specialty. and automotive internal combustion engine. are also available for engineering and technical personnel engaged in related work of reference. Chapter 3 of the 1.2 CAD system functions and features of Contents: Chapter 1 Introduction Part 1 computer-aided design CAD Overview 1.1 CAD concepts Chapter 2 1.3 CAD development of CAD systems up 2.1 CAD system hardware 2.2 CAD system software 4.3 AutoCAD drawing data and data structure of data structures and data management 3.1 3.2 3.3 data exchange standard 3.4 Product Data Management Chapter 4 computer database drawing 4.1 graphics software 4.2 computer graphics technology Chapter 5 three-dimensional design 5.1 5.2 feature modeling geometric modeling 5.3 Pro / E parts design exercises machine internship I first part of the finite element method in Chapter 6 Finite Element Method Overview 6.1 finite element method of the basic ideological 6.2 finite element method in engineering application 6.3 finite element method to solve the cited example 6.4 finite element method for solving 7.3 the 7.2 plane problem of the basic equations of Chapter 7 of the basic steps of the basic theory of elasticity 7.1 elasticity theory virtual displacement principle and the principle of minimum potential energy 8.1 of Chapter 8 of the basic principles of the finite element method continuum discretization 8.2 units of the 8.3 element stiffness matrix The 8.4 load displacement of 8.5 overall balance equation with the total stiffness matrix 8.6 constraint handling and dynamic problem solving 8.7 Finite Element Analysis Chapter 9 Finite Element Analysis Software 9.1 finite element software technology 9.2 finite element analysis software. for example - the ANSYS Chapter 10 yuan application analysis software ANSYS 10.1 ANSYS static analysis of the mechanical structure 10.2 ANSYS of mechanical structural dynamic analysis exercises machine internship II Section part reliability design Chapter 11 Reliability Design Overview 11.1 The concept of reliability and commonly used indicators of 12.1 characteristics 11.2 reliability research development 11.3 reliability disciplinary research areas 11.4 reliability design commonly used probability distribution of the first 12 chapters of reliability design failure density function 12.2 failure rate function 12.3 the fault distribution function 12.4 12.5 four basic functions of the reliable function relations 12.6 12.7 average life expectancy of 13 reliability design principle 13.1 stress a strength model 13.2 stress-strength model and the reliability of the general formula of the typical failure rate curve calculated 13.4 13.3 commonly used stress intensity distribution of the reliability of the statistics of the random variable fatigue strength reliability design reliability design parts of Chapter 14 of the appr. Bestandsnummer des Verkäufers NE043941
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