Title An intelligent system for tribological design in engines / Xiangjun Zhang, Changlin Gui

Edition First edition Published [Place of publication not identified] : Elsevier, 2004

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Location	Call no.	Vol.	Availability
W'PONDS	621.89 Zha/Isf		AVAILABLE

Description xii, 200 pages : illustrations ; 25 cm Series Tribology and interface engineering series, 1572-3364 ; 46 Tribology and interface engineering series. 1572-3364 ; 46 Contents Machine derived contents note: Chapter 1. Engine Tribological Design Methodology and Intelligent System -- 1.1 A brief introduction to tribological design 1 -- 1.2 Tribological design of an internal combustion engine 8 -- 1.3 An investigation into tribological design methodology for engine 13 -- 1.4 Knowledge models for ICAD system 20 -- 1.5 Characteristics of the three types of knowledge models 32 -- 1.6 Summary 32 -- Chapter 2. General consideration of Tribological design of an engine -- 2.1 Tribological design for the bearing system of an engine 37 -- 2.2 Tribological design for the piston assembly of an engine 60 -- 2.3 Tribological design for the valve system of an engine 78 -- Chapter 3. A Symbol Model-based Intelligent System and its Implementation -- 3.1 Introduction to the implementation of an intelligent system 95 -- 3.2 Architecture of an intelligent system for engine tribological design 96 -- 3.3 Symbol models in engine tribological design 99 -- 3.4 Working principles of the ICADETD system 104 -- 3.5 Implementation of the ICADETD system 108 -- 3.6 A case study of the intelligent design of a valve train system 113 -- 3.7 Summary 115 -- Chapter 4. The Artificial Neural Network Model and its Application in ICADEDT -- 4.1 Introduction to the artificial neural network model 117 -- 4.2 BP net and its correlative variables 119 -- 4.3 ANN model in the ICADETD system 123 -- 4.4 Analysis of the trained ANN model for piston assembly and its results 29 -- 4.5 Summary 132 -- Chapter 5. Gene Model-based Comprehensive Decisions for Tribological Design -- 5.1 Non-normal design problems and comprehensive decision-making 135 -- 5.2 Evolutionary design and gene models 138 -- 5.3 A knowledge-embedded evolutionary design method 140 -- 5.4 Constraints in the tribological design of an internal combustion engine 149 -- 5.5 Objective function and design sample evaluation 154 -- 5.6 Application to a bearing system and its results 156 -- 5.7 Summary 162 -- Chapter 6 A Hierarchical Cooperative Evolutionary Design for Engines -- 6.1 Introduction to the design synthesis of subsystems and the entire engine 165 -- 6.2 Granularity of a complicated system 168 -- 6.3 A hierarchical cooperative evolutionary design model for an engine 170 -- 6.4 Parameter cooperative mechanism in the hierarchical system 172 -- 6.5 Mathematical models of the hierarchical cooperative evolutionary design 174 -- 6.6 Hierarchical cooperative evolutionary design for an engine and its results 180 -- 6.7 Summary 189 Bibliography Includes bibliographical references and index Subject Engines -- Design and construction. Engines -- Lubrication. Machine design. Tribology. Author Gui, Changlin. LC no. 2006276518 ISBN 0444517561

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