Handbook of Industrial and Systems Engineering

 Handbook of Industrial and Systems Engineering
Item #: 330-7199-06
Author: Adedeji B. Badiru
Publisher: CRC Press
ISBN:0849327199
Format: Hardcover
 Your Price: $171.95

Access a wide range of tools and techniques with the Handbook of Industrial and Systems Engineering
Responding to the demand by researchers and practitioners for a comprehensive reference, the Handbook of Industrial and Systems Engineering offers full and easy access to a wide range of industrial and systems engineering tools and techniques in a concise format. Providing state-of-the-art coverage from more than 40 contributing authors, many of whom are "rising stars" in this area, this volume emphasizes systems engineering aspects and expands beyond the topics found in the existing references in this field.
  • Provides a comprehensive yet concise and easy-to-use guide to a wide range of industrial and systems tools and technologies
  • Integrates quantitative models, qualitative principles, and computer techniques
  • Presents many of the newer authors in the field, offering fresh (and possibly revolutionary) perspectives

This handbook is a one-stop source for industrial and systems engineering. It introduces new technologies, offers a systems integration approach, and provides coverage of information engineering. Part I delivers a general introduction featuring references to the origin of industrial engineering and its ties to the Industrial Revolution. Parts II and III cover the fundamentals of industrial and systems engineering. Part IV contains chapters on manufacturing and production systems, while part V addresses new technologies. The book concludes with general applications of both industrial and systems engineering. 768 pp.

Handbook of Industrial and Systems Engineering - Table of Contents:

  • General Introductions
  • Origins of Industrial and Systems Engineering
  • Fundamentals of Industrial Engineering
  • Human Factors
  • Human Factors and Ergonomics: How to Fit into the New Era
  • Process Control for Quality Improvement
  • Project Scheduling
  • Cost Concepts and Estimation
  • Engineering Economic Evaluation and Cost Estimation
  • Work Sampling
  • Fundamentals of Systems Engineering
  • An Overview of Industrial and Systems Engineering
  • System Safety Engineering
  • Metaheuristics: A Solution Methodology for Optimization Problems
  • Multidisciplinary Systems Teams
  • Strategic Performance Measurement
  • Fundamentals of Project Management
  • Modeling, Identification/Estimation in Stochastic Systems
  • Manufacturing and Production Systems
  • Manufacturing Technology
  • Cross-Training in Production Systems with Human Learning and Forgetting
  • Design Issues and Analysis of Experiments in Nanomanufacturing
  • Lean Manufacturing Cells
  • Cluster Analysis: A Tool for Industrial Engineers
  • Information Engineering
  • Dependability of Computer and Network Systems
  • New Technologies
  • Optimization Problems in Applied Sciences: From Classical through Stochastic to Intelligent Metaheuristic Approaches
  • An Architecture for the Design of Industrial Information Systems
  • Fuzzy Group Decision-Making
  • Introduction to Applications of Fuzzy Set Theory in Industrial Engineering
  • Maintenance Management in the 21st Century
  • Ranking Irregularities when Evaluating Alternatives by Using Some Multi-Criteria Decision Analysis Methods
  • e-Design Systems
  • General Applications
  • Generating User Requirements in Project Management
  • Learning and Forgetting Models and their Applications
  • Industrial Engineering Applications in the Construction Industry
  • Scheduling of Production and Service Systems
  • The Application of Industrial Engineering to Marketing Management
  • A Management Model for Planning Change Based on the Integration of Lean and Six Sigma
  • Critical Resource Diagramming: A Tool for Resource Utilization Analysis
  • Integrating Six Sigma and Lean Manufacturing for Process
  • Improvement: A Case Study
  • Appendix
Close Window