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Maynard's Industrial and Systems Engineering Handbook, Sixth Edition /

This Handbook was developed from the ground upward based on the needs of a practicing industrial engineer. The objective of this handbook, therefore, is to serve as the single point of reference to a student and a practitioner in the field and anywhere in the world on anything related to industrial...

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Detalles Bibliográficos
Clasificación:	Libro Electrónico
Otros Autores:	Bidanda, Bopaya (Editor )
Formato:	Electrónico eBook
Idioma:	Inglés
Publicado:	New York, N.Y. : McGraw Hill LLC, [2023]
Edición:	Sixth edition.
Colección:	McGraw-Hill's AccessEngineeringLibrary.
Temas:	Industrial engineering > Handbooks, manuals, etc. Industrial engineering. Electronic books.
Acceso en línea:	Texto completo

Tabla de Contenidos:

Cover
Title Page
Copyright Page
Dedication
About the Editor
Section Editors
Contributors
Acknowledgments
Foreword
Preface
Contents?Sections
Contents?Chapters
Online Content Table of Chapters
SECTION 1 Industrial Engineering: Past, Present, and Future
Chapter 1 The Purpose and Evolution of Industrial Engineering
Chapter 2 Fundamentals of Industrial Engineering
Chapter 3 The Future of Industrial and Systems Engineering?One Perspective
Chapter 4 Industrial and Systems Engineering Body of Knowledge: A Professional Reference for the Field
SECTION 2 Productivity
Chapter 5 The Concept and Importance of Productivity
Chapter 6 Lean: Basic Thinking
Chapter 7 Methods Engineering?The Design and Improvement of Work
Chapter 8 Work Measurement and Engineered Labor Standards
Chapter 9 Forecasting, Planning, and Scheduling for Optimal Productivity
Chapter 10 The Importance of Compensation in Productivity
SECTION 3 Engineering Economics
Chapter 11 Basic Principles of Engineering Economic Analysis
Chapter 12 Cost Estimation
Chapter 13 Decision Making under Risk and Uncertainty
Chapter 14 Life Cycle Costing with Application to Electric Energy Costing
Chapter 15 Cost Accounting and Management
Chapter 16 Case Study: Cost Growth for Space Systems
SECTION 4 Human Factors, Ergonomics, and Safety
Chapter 17 Macroergonomics: Beyond the Human-Machine Interface
Chapter 18 Personalizing Ergonomics for the Changing Workforce
Chapter 19 Designing, Implementing, and Justifying an Ergonomics Program
Chapter 20 Occupational Ergonomics in Construction
Chapter 21 Ergonomics of Sedentary Interventions for the Office Workplace
Chapter 22 Psychophysiological Assessment of Mental Workload
Chapter 23 Work Analyses Methods to Determine Cognitive Engineering Requirements for Complex Industrial Systems
Chapter 24 Safety Analytics
Chapter 25 Automation and Autonomous Systems: Benefits and Concerns of the Human-in-the-Loop Transition and Implementation
SECTION 5 Facility Logistics
Chapter 26 Facilities Layout in Manufacturing and Service Industries: Past Practices and Future Trends
Chapter 27 The Impact of Automation, Sensors, Internet of Things, and Industry 4.0 on Facility?Logistics
Chapter 28 E-Commerce Warehousing: Advances in Material Handling Systems
SECTION 6 Operations Research
Chapter 29 Operations Research: An Overview
Chapter 30 Optimization Models and Methods
Chapter 31 Simulation in Industrial Engineering
Chapter 32 An Overview of Analytics
SECTION 7 Statistics and Probability
Chapter 33 Principles and Applications of Probability
Chapter 34 Applied Statistics for Industrial and Systems Engineering
Chapter 35 Stochastic Models for Industrial and Systems Engineering
Chapter 36 Machine Learning and Industrial Applications
Chapter 37 Forecasting and Industrial Applications
SECTION 8 Supply Chains
Chapter 38 Fundamentals of Supply Chain Operations
Chapter 39 Customer Interfaces: Predicting, Planning, and Influencing Demand
Chapter 40 Supply Chain Inventory Management
Chapter 41 Transportation Management
Chapter 42 Supply Chain Structure and Design
Chapter 43 Managing Supply Sources Through Supplier Relationship Management
Chapter 44 The Role, Value, and Relevance of Information Sharing and Coordination in Supply Chains
SECTION 9 Quality
Chapter 45 Quality History and Evolution
Chapter 46 Quality Concepts and Models
Chapter 47 Quality Fundamentals
Chapter 48 Quality Planning and Design
Chapter 49 Quality Control
Chapter 50 Quality Improvement
Chapter 51 Reliability and Maintainability
Chapter 52 Quality Management
SECTION 10 Product and Service System Design
Chapter 53 Service Systems Design
Chapter 54 Effective Design Process Management: Quality and?Creativity
Chapter 55 Analytics and Optimization for Design for X
Chapter 56 OR Models for Service Systems Design
Chapter 57 Service Design to Exceed Customer and Associate Expectations
Chapter 58 Product-Service System: Definitions and Design Approaches
Chapter 59 Product System Design: How to Create Products for Different Customers
SECTION 11 Manufacturing Models and Analysis
Chapter 60 Additive Manufacturing (3D Printing)
Chapter 61 Manufacturing Sensors and?Controls
Chapter 62 Process Engineering
Chapter 63 Metrology in Manufacturing
Chapter 64 Remanufacturing and the Circular Economy
Chapter 65 Cybermanufacturing
Chapter 66 Factory Analytics
SECTION 12 Systems Engineering
Chapter 67 Foundations of Systems Engineering
Chapter 68 The Systems Engineering Processes
Chapter 69 Cross-Cutting Systems Engineering Methods
Chapter 70 Specialty Engineering Activities
SECTION 13 Engineering Management
Chapter 71 Soft Skills in Industrial Engineering and Management
Chapter 72 Undergraduate Systems Engineering Management
Chapter 73 Applications of Project Management to Manufacturing
Chapter 74 Lean Systems in Engineering Management
Chapter 75 Cognitive and Human Factors Modeling for Engineering Management
Chapter 76 Quality Systems and Engineering Management Applications
Chapter 77 The Industrial Engineer as a Manager
Chapter 78 Functions of an Engineering Manager
Chapter 79 Lean Six Sigma: Basic Concepts
Chapter 80 Project Management in the Service Industry
Chapter 81 Globalization: Challenges for Managing in a Global Economy
Chapter 82 Project Management for the Industrial Engineer
Chapter 83 Engineering Ethics: Applications to Industrial Engineering
Chapter 84 Digital Data Transformation and Its Applications
Index.

Maynard's Industrial and Systems Engineering Handbook, Sixth Edition /

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