Ingénierie/ Mechanical Ingénierie
Industrial Ingénierie & Operation Gestion: Application de Decision Making Techniques
Description
This reference book is written as a self-teaching tool to assist every technical teacher, engineering student, MBUn students, mathematician, or non-mathematician pour educating themselves or others, et to support their understanding de le elementary concepts de assessing le performance de a set de homogenous firms. Le book can be used as a reference pour undergraduate or graduate level courses en industrial engineering, operation management, economics, management, business, statistics, or There is no pre-course required to start reading le book, except a basic et elementary knowledge de mathematics et computer. Recherche works often require one or more analytical tools pour problem solving, optimisation, prediction, system modelling, data analysis or interpretation etc. In a typical academic research work or any professional research assignment, at some point le researcher looks pour a suitable analytical strategic decision modelling tool to progress le work before arriving at some inferences. However, a wrong selection de le tool pour a specific problem can be counterproductive et mislead le hard research efforts. Le fact is that pour each research problem or situation, one must be judiciously select an analytical tool that is best suitable pour it. Some illustrative examples using popular MCDM techniques (AHP, ANP, DEA, VIKOR, Fuzzy-AHP, GRA, TOPSIS,ELECTRE III et PROMETHEE) et discrete event simulation applications en manufacturing environment are included en le book to help le readers en tool selection by bridging le gap between theory et application. Le book attempts to contain most de le contemporary analytical multi criteria decision making tools but giving exhaustive description pour each tool is neither feasible nor le objective. Le unique book can serve as a reference source pour various academic courses, dissertations, research projects et assignments. Le hypothetical & real-life case study based illustrative examples cited en le book are solved either through software or otherwise.
Table des matières
À propos de le Author -Acknowledgements -Preface =List de Abbreviations -List de Figures -List de Tables 1. Vendor Evaluation en SCM Through AHP et VIKOR Technique 1.1 Introduction 1.2 Supply Chain Gestion Process Flow 1.3 Supply Chain Flow 1.4 Vendor Selection en Supply Chain Gestion 3 1.5 Analytical Hierarchical Process 1.6 Structuring Vendor Selection Problem: Developing a Hierarchical Model 1.7 Vendor Selection Criteria 1.8 Benefits de le Analytical Hierarchy Process 1.9 Limitation de AHP 1.10 Vendor Evaluation & Ranking Through VIKOR Method 1.11 Results et Discussion 1.12 Managerial Implications 1.13 Conclusions 2. Fuzzy-AHP Based Approche pour Supplier Evaluation et Selection 2.1 Introduction 2.2 Analytical Hierarchy Process 2.3 Fuzzy Analytical Hierarchy Process (FAHP) 2.4 Fuzzy Set Théorie 2.5 Triangular Fuzzy Numbers Industrial Ingénierie et Operation Gestion 2.6 Linguistic Variable 2.7 Algorithm de FAHP Method 2.8 Application de Methodology Adopted 2.9 Working Steps de Calculations et Applications pour FAHP en Supplier Evaluation et Selection 2.10 Hierarchy Model pour Supplier Selection 2.11 Discussion et Managerial Implications 3. Analytic Network Process (ANP) Approche pour Green Supplier Selection en Supply Chain Gestion 3.1 Introduction 3.2 Objectives et Issues 3.3 Analytic Network Process 3.4 Steps to Analytic Network Process 3.5 Benefits de le Analytic Network Process 3.6 Limitations de Analytic Network Process 106 3.7 Method Application 3.8 Model pour Green Supplier Selection 3.9 Description de le Model 109 3.10 Working Steps de Calculations et Applications pour ANP en Green Supplier 3.11 Discussion et Managerial Implications 3.12 Conclusions 4. Modeling le Barriers de Green Supply Chain Practices: Un Interpretive Structural Modeling(ISM) Approche4.1 Introduction 4.2 Objective et Issues 4.3 Problem Description 4.4 Interpretive Structural Modeling (ISM) Technique 4.5 Steps pour ISM Technique 4.6 Application de ISM 4.7 Results et Discussion 4.8 Conclusions 4.9 Summary 5. Application de Données Envelopment Analyse (DEA) pour Performance Evaluation de Suppliers et Manufacturer 5.1 Problem Statement 5.2 Introduction 5.3 Données Envelopment Analyse (DEA) 5.4 Mathématique Model de DEUn 5.5 DEA-Frontier Software 5.6 Efficiency Analyse de Company ABC Ltd Supply Chain Gestion Problem5.7 Results et Discussion 5.8 Comparison de le Supplier Efficiency et Manufacturer Efficiency5.9 Managerial Implications 5.10 Conclusions 6. Application de AHP-GRUn Based Hybrid Approche pour 184Green Mondial Manufacturing Strategy Selection6.1 Introduction 6.2 Problem Description 1856.3 Application de Analytical Hierarchy Process (AHP) 6.4 Application de Grey Relational Analyse (GRA) 6.5 Application de VIKOR 6.6 Application de TOPSIS 6.7 Discussion 6.8 Summary 7. Evaluation de Remanufacturing Strategies pour (EOL)/Used Cell Phones: ANP et Balanced Scorecard Approche7.1 Introduction 7.2 Mobile Phone Remanufacturing Process Chain 7.3 Le Decision Environnement 7.4 Analyse et Results 7.5 Discussion et Managerial Implications 7.6 Summary 8. Decision Support Système Based sur MCDM Techniques pour Flexible Manufacturing Système (FMS) Evaluation 8.1 Introduction 8.2 Recherche Methodology 8.3 Problem Description 8.4 Discussion et Proposed Solution 8.5 Summary et Conclusions 9. Conception de Forward et Reverse Supply Chain Networks: Un Simulation Based Approche9.1 Introduction 9.2 Current Forward et Reverse Supply Chain de Company Industrial Ingénierie et Operation Gestion 9.3 Problems avec Current Recycling Model 2649.4 Pyrometallurgical Refining 9.5 Performance Parameters de le Company 9.6 Conception de le Conceptual Model 9.7 Simulation 9.8 Simulation Modeling de le Reverse Logistics Network 9.9 Model Translation 9.10 Verification et Validation 9.11 Limitations de Work 9.12 Results et Discussion 9.13 Comparison de Parameters 9.14 Summary et Conclusions 10. Simulation Modeling de AGVs Based Production Système en Job-Shop Manufacturing Environnement 10.1 Introduction 10.2 Problem Explanation 10.3 Conception de Layout de Job-Shop Manufacturing Environnement 10.4 Simulation Modeling de AGVs en Manufacturing Environnement 10.5 Simulation Model Translation 10.6 Results et Discussion 10.7 Conclusions et Future Scope Bibliography ; Subject Index