Diagnostic Techniques in Industrial Engineering 1st edition by Mangey Ram, Paulo Davim 3319654973 9783319654973

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ISBN-10 :  3319654973 

ISBN-13 : 9783319654973

Author:  Mangey Ram, J. Paulo Davim 

This book presents the most important tools, techniques, strategy and diagnostic methods used in industrial engineering. The current widely accepted methods of diagnosis and their properties are discussed. Also, the possible fruitful areas for further research in the field are identified.

Diagnostic Techniques in Industrial Engineering 1st Table of contents:

1 Methods of Modern Aircraft Structural Health Monitoring and Diagnostics of Technical State
Abstract
1 Introduction
2 A Brief Overview of Sensors Used
3 Methods of Location of Impact Damage Based on the Analysis of the Response of Polymer Composite Ma
3.1 Simplified Model Methods
3.2 Linear Stationary System
3.3 The Dynamic System
3.4 Method Using Neural Network
3.4.1 A Dynamic System Construction
3.5 System Properties Restoration by Means of Neural Networks
3.5.1 Restoration of Properties by the Support Vector Machine System
4 Development of Methods of Damage Detection Based on Results of Measurements of Local Stress–Stra
4.1 Problem Formulation and Analysis of Existing Methods of Monitoring of Polymer Composite Material
4.2 Monitoring of Multiple Site Damages of Structures Made of Aluminum Alloys
4.2.1 The Results of the Monitoring of Damages During Fatigue Testing of Longitudinal Joints
4.3 Analysis of the Kinetics of Stress–Strain State in the Area of Damage by Means of a Finite-ele
5 Conclusion
References
2 Machine Signature Integrity and Data Trends Monitoring, a Diagnostic Approach to Fault Detection
Abstract
1 Introduction and Definition of Key Terms
2 Literature Review
3 Introduction to Machine Fault Diagnosis
4 Machine Signature and Integrity
5 Machine Data Trending
6 The Proposed Concept for Machine Fault Diagnosis
7 Diagnostic Algorithm
8 Conclusion
Acknowledgements
References
3 Hazard and Risk Assessment and Mitigation for Objects of Critical Infrastructure
Abstract
1 Structural Complexity and Critical Infrastructure Objects Safety Problems Summary Experience of Ri
2 Risk Creation
3 Risk Analysis
4 Risk Assessment
5 Risk Management
6 Risk Forecasting
7 Conclusion
4 Remanufacturing: An Industrial Strategy for Economic Benefits
Abstract
1 Introduction
2 Remanufacturing as a Marketing Strategy
3 Mathematical Cost Modeling
3.1 Demand Function
3.2 Cost Function
3.3 Profit Function
4 Numerical Illustration
5 Managerial Implication
6 Conclusion
Acknowledgements
References
5 Computer Interfaces in Diagnostic Process of Industrial Engineering
Abstract
1 Introduction
1.1 Objectives of HCI
2 Basic Terminology
3 Overview of HCI
3.1 Existing HCI Technologies
3.2 Current Improvements in HCI
3.2.1 Intelligent and Adaptive HCI
3.2.2 Pervasive Computing and Ambient Intelligence
4 Architecture of HCI Systems’ User Interface
4.1 Unimodal User Interface
4.1.1 Visual-Based Interface
4.1.2 Audio-Based Interface
4.1.3 Sensor-Based Interface
4.2 Multimodal Interface
4.3 Other User Interfaces
5 Applications
6 Future Direction of HCI
6.1 Discover Novel Methods of Understanding Users
6.2 Discover Novel Methods of Designing and Making
7 Conclusions
References
6 Models for Soil Vapor Extraction and Multiphase Extraction Design and Monitoring
Abstract
1 Soil Vapor Extraction and Multiphase Extraction
2 Fundamentals of the Model
3 Hypothesis
4 SVE and MPE Models
4.1 Continuity Equations
4.2 Mass Transfer Between Phases
4.2.1 Introduction
4.2.2 NAPL–Gas Phase Transfer
4.2.3 NAPL–Aqueous Phase Transfer
4.2.4 Gas Phase–Aqueous Phase Transfer
4.2.5 Solid Phase–Aqueous Phase Transfer
4.2.6 NAPL-gas Mass Transfer Coefficient Determination
4.3 Constitute Equations
4.3.1 Two-Phase System (Aqueous and Gas Phases)
4.3.2 Three-Phase System (NAPL, Aqueous, and Gas Phases)
5 Application of SVE Model on 1D Column Experiment
6 Application of MPE Model
7 Conclusion
References
7 A New Technique for Vibration-Based Diagnostics of Fatigued Structures Based on Damage Pattern Rec
Abstract
1 Introduction
2 Problem of Vibration-Based Diagnostics of Gas Turbine Engine Rotor Disks
3 Measurement Data Types from Vibration-Based Diagnostics
4 Damage Pattern Recognition via Vibration-Based Diagnostics
5 New Pattern Classification Technique for Vibration-Based Diagnostics Based on Minimization of Misc
5.1 Pattern Classification into One of Two Classes
5.2 Pattern Classification into One of Several Classes
6 Numerical Example
6.1 Constructing a Procedure for Detecting a Potential Damaged Disk
7 Conclusion
References
8 Statistical Techniques of Reliability, Availability, and Maintainability (RAM) Analysis in Industr
Abstract
1 Introduction
2 Comparing the Reliability with Quality Control
3 The Bathtub Curve
4 Uptime, Downtime, and Repair Time
5 Reliability Function
6 Failure and Hazard Rate Function
7 Main Characteristics of Reliability
8 Lifetime Distributions for Reliability
9 Reliability Network
10 Maintainability
11 Availability
References
9 Role of Fuzzy Logic in Flexible Manufacturing System
Abstract
1 Fuzzy Logic
1.1 Definition of Fuzzy Set
1.2 Equal Fuzzy Sets
1.3 Membership Function
1.3.1 Z-Shaped Membership Function
1.3.2 Triangular Membership Function
1.3.3 Trapezoidal Membership Function
1.3.4 Gaussian Membership Function
1.4 Fuzzy Rule Base System
1.5 Fuzzy Defuzzification
1.5.1 Center of Area (CoA) Method
1.5.2 Max-Membership Function
1.5.3 Weighted Average Method
1.5.4 Mean-Max Method
1.5.5 Center of Sums
2 Flexible Manufacturing System (FMS)
2.1 Features of FMS
2.2 Need of FMS
2.3 Symptoms of Being Flexible
2.4 Classification of FMS Related Problems
2.5 Short-Term FMS Control
2.6 Industrial Implications of FMS
2.7 Challenges with FMS
3 Fuzzy Logic in Flexible Manufacturing System
4 Different Fuzzy-Logic Based Approaches for Job Sequencing and Routing in FMS
4.1 Changing of Antecedents
4.2 Fuzzy Set Theory Along with Possibility Theory
4.3 Fuzzy Multiple Scheduling
4.4 Fuzzy Scheduling Mechanism for Job Shops
4.5 Fuzzy Logic Controller (FLC) for Part Routing
5 Limitations
6 Future Aspects

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