Title:
Facilities planning and design
Personal Author:
Publication Information:
New York, NY. : Pearson Education, 2008
Physical Description:
xvii, 510 p. : ill. ; 23 cm.
ISBN:
9780132350433
Added Author:
Available:*
Library | Item Barcode | Call Number | Material Type | Item Category 1 | Status |
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Searching... | 30000010184645 | TS177 G37 2008 | Open Access Book | Book | Searching... |
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Summary
Summary
For undergraduate courses in facilities planning and material handling. Based on ten years' teaching experience, this text takes a practical, teachable approach to facilities planning and design.
Table of Contents
Fundamental Principles of Facilities Planning and Design |
1.1 Introduction |
What is Design |
Characteristics of Design Problems |
Design Program |
Design Process |
1.2 Hierarchical Cycle of Facilities Planning |
1.3 Objectives of Facilities Planning |
Issue-Based Information Systems |
Site-Planning IBIS Example |
Decision-Support (DSS) Computer Programs |
1.4 Mathematical Models in Facility Planning |
1.5 Manufacturing Systems Concepts |
1.6 Types of Basic Manufacturing Layouts |
Fixed-Position Layout |
Product Layout Process |
Process Layout Process |
Cellular Layout Process |
1.7 Service Systems |
1.8 Renovation or Reengineered Facilities |
1.9 Facilities Planning and Design Constraints |
1.10 Summary and Conclusion |
1.11 Exercises |
References |
Factory Layout and Material Handling Project |
2.1 Introduction |
2.2 Project Overview |
Computerized Format Files |
Basic Documents |
Project Report |
2.3 Section I: Product Analysis |
Production Drawings |
Parts List and Identification System |
Assembly Flowchart |
2.4 Section II: Parts Manufacturing |
Route Sheets |
Machine Requirements and Costs |
Machine Requirements |
Machine Costs |
Material Requirements |
Machine Drawings |
2.5 Section III: Layouts Planning |
Layout Planning Charts |
Material handling Requirements and Costs |
2.6 Section IV: Personnel Planning |
Personnel Requirements and Costs |
Unit Costs |
2.7 Section V: Office Layout |
2.8 Section VI: Recommended Plant Layout |
Product Design and Process Planning |
3.1 Market Research |
Types of Market Research |
Qualitative Forecasting Methods |
Quantitative Forecasting Methods |
3.2 Product Design |
Product Design Process |
Bill of Materials or Part List |
Component Part Drawing |
Assembly Drawing |
3.3 Product Design |
Concurrent Engineering |
Quality Function Deployment |
Value Analysis |
3.4 Factory Design Project: Section I. Product Design |
What Product? |
What Parts Compose the Product? |
Guidelines |
Report Organization |
3.5 Process Planning |
Process Planning Procedure |
Selection of Manufacturing |
Sequencing of Manufacturing Processes |
3.6 Types of Process Planning |
Manual Process Planning |
Variant Process Planning |
Generative Process Planning |
Generative Process Planning (GPP) |
Semigenerative Process Planning |
Computer-Aided Manufacturing |
3.7 Schedule |
3.8 Factory Design Project: Section II. Process Design |
Guidelines |
Organization of Report |
3.9 Summary |
3.10 Exercises |
References |
Layout Planning Procedures |
4.1 Introduction |
4.2 Systematic Layout Planning |
4.3 From-To Program |
4.4 Production Flow Analysis |
Overview of Conceptual Approach |
Integration of SLP and PFA |
4.5 Flow Planning |
4.6 Layout Planning Chart |
4.7 Space Requirements |
4.8 Facility Layout (FLAP) |
Description and Illustration of Procedure |
Facilities layout Program (FLAP): User Instructions |
4.9 Summary |
4.10 Exercises |
References |
Location Models in facility Planning |
5.1 Single-Facility Location Model |
Minisum Location Problem with Rectilinear Distances |
Extension to Rectangular Areas |
Minimax Location Model for Single Facility |
Minimax Location Problem for Rectilinear Distances |
5.2 Location-Allocation Problem |
Mathematical Model |
Solution Procedure |
5.3 Quadratic Assignment Problem (QAP) |
5.4 Heuristic Methods for Solving the QAP |
Incremental Cost after adding a new facility |
Pairwise Interchange |
Heuristic Construction Procedure |
Heuristic Improvement Procedure |
5.5 Exercises |
Computerized Layout Procedures |
6.1 Introduction |
6.2 Scope and Definitions |
6.3 Facility Layout Software Issues |
6.4 Exact QAP and GTLN Optimization Procedures |
Exact Graph-Theoretic Procedures |
6.5 Heuristic Procedures |
Improvement Procedures |
Improvement Algorithms |
Construction Procedures |
6.6 Quadratic Set Packing Models |
Problem Statement and Objective |
Branch-and-Bound Algorithm |
Manufacturing Layout Solution |
Factory Project Examples |
6.7 STEP Algorithm |
Stochastic Examples |
Algorithm |
Sampling test and Pairwise Exchange Procedure |
The Concept of the Sampling Test |
Computational Results |
Factory Project Example |
6.8 Summary |
6.9 Exercises |
References |
Material Handling Principles, Equipment, and System Design |
7.1 Introduction |
Motivation |
7.2 Scope and Definitions |
7.3 Principles of Material Handling (PAS1 S 2AGES) |
Unit Load Principle S2 |
7.4 Designing Material Handling Systems (MHS) |
7.5 Material Handling Equipment |
Conveyors |
Monorails, Hoists, and Cranes |
Industrial Trucks |
7.6 MHS Decision-Support Tool |
Architecture of the Application |
The Knowledge Base |
Development of Knowledge Base |
Developing the Decision-Support System |
Advantages of DSS |
Two-Step Approach |
Limitations of Existing Expert Systems |
Decision-Support System for Material Handling |
Equipment Selection |
Flow of the Application |
DSS Stage II for Cranes |
Final Synthesis |
7.7 Factory Design Project: Section III. Layout Planning and Material Handling |
Layout Planning Chart |
Material Handling Requirements |
Material Handling Costs |
Proposed Layout |
Sample Calculations |
Report Organization |
Initial Layout |
Material handling Requirements and Costs |
7.8 Summary and Conclusion |
7.9 Exercises |
References |
Material Handling Systems Analysis |
8.1 Introduction |
Motivation |
8.2 Integration of Layout and Material Handling System |
Fundamental Integration Principle |
Case Study |
Addenda to Section III of Project |
8.3 Open Network System Design Tool: GQnet |
GQnet Basic Assumptions |
GQnet Algorithm |
GQnet Computational Results |
8.4 Closed-Loop Conveyor Systems Overview |
Deterministic Conveyor Model |
Conveyor Example |
Stochastic Analytical Approaches |
Algorithms |
Computer Experiments |
8.5 Simulation Models |
Introduction |
Cellular Methodology |
Simulation Section Outline |
Background of Case Study |
Individual Cell Simulation Model |
Cell Network Study |
8.6 Warehouse Simulation |
Motivation |
Background |
Problem Description |
Layout of factory |
8.7 Summary and Conclusions |
8.8 Exercises |
References |
Storage and Warehouse Systems |
9.1 Introduction |
9.2 Receiving and shipping |
Receiving and Putaway Operations |
Processing Customer Orders |
Order Picking |
Packing and Shipping |
Cross Docking |
9.3 Dedicated and Random Storage |
Dedicated Storage |
Random Storage |
9.4 Models for Determining Storage Capacity |
Service-Level Approach |
Cost-Based Approach |
9.5 Storage-Capacity Determination |
Randomized Storage Policy |
9.6 Dock Planning and Design |
Dock Location |
Types of Docks |
Dock Design |
Dock Levelers |
Dock Safety |
9.7 Warehouse Systems Design |
Storage Equipment |
Carousels |
Rack Storage Systems |
9.8 Automated Storage and Retrieval Systems (AS/RS) |
9.9 Exercises |
References |
Site-Planning Design |
10.1 Introduction |
Motivation |
Example Sitting Problem |
10.2 Site-Planning Methodology |
Objective /Attribute Hierarchy |
Basic Assumptions |
First Assumption |
Second Assumption |
Third Assumption |
Fourth Assumption |
Performance Functions |
10.3 Site-Selection Criteria |
Physical Criteria |
Cultural Criteria |
Functional Criteria |
10.4 Manufacturing Site-Planning Examples |
Objective Function (Distance or Time) |
Site-Planning Example |
10.5 Factory Project Case Study |
Soils |
Slopes |
Views Evaluation |
Site Drainage |
Final Summary Evaluation |
Factory Project Site- Planning Example |
10.6 Summary and Conclusions |
10.7 Exercises |
References |
Office and Personnel Layout Planning |
11.1 Introduction |
History |
Outline of Chapter |
11.2 Office Spatial Organization Problem |
General Functions of Office |
11.3 Office Space Guidelines |
Ancillary Space Guidelines |
Miscellaneous Areas of Offices |
11.4 Personnel Requirements and Office Arrangements |
Personnel Requirements |
Types of Office Arrangements |
Example Office layout |
11.5 Utility Company office case Study |
Alternative1 |
Alternative 2 |
Alternative 3 |
Alternative 4 |
Analysis and conclusions |
11.6 Factory Design Project: Section IV. Personnel Requirements and Calculation of Product Total Unit Cost |
Conceptual Overview |
Organization of Report |
Positions and Job Descriptions |
11.7 Factory Design Project: Section V. Office Layout Planning |
Overall Conceptual Approach |
Report Organization |
Selected Office Layout |
11.8 Summary and conclusions |
11.9 Exercises |
References |
Final Synthesis |
12.1 Introduction |
Overview of Chapter |
Professions Involved in Facilities Planning |
Leased Facility for Project |
12.2 New vs. Existing Buildings |
12.3 Structural Engineering |
Roofs and Floors |
Walls and Columns |
Building-Code Considerations |
12.4 Heating, Ventilating and Air-Conditioning (HVAC) |
Electrical/Lighting |
Plumbing |
Vertical Transportation |
12.5 Functional Adaptation of Existing Buildings |
Adaptability |
Flexibility |
12.6 Building Economics |
Structural System |
Architectural |
Mechanical Systems |
Administrative Costs |
Cultural |
12.7 Factory Design Project: Section VI. Recommended Plant Layout |
Factory Report Organization |
Plant layout Summary Sheet |
Checklist for Final Report |
Breakeven-Point Analysis |
Factory Project Presentation Guidelines |
References |
Appendix: Renovation vs. New Construction Planning Issues |
Structural |
Mechanical/Electrical |
Functional |
Financial |
Cultural |