TY  - BOOK
AU  - Sönmez,Ali İhsan
ED  - Gaziantep Üniversitesi.
TI  - Production plant design with applications
SN  - 9757375179
AV  - TS178 .S66 1998
PY  - 1998///
CY  - Gaziantep
PB  - University of Gaziantep
KW  - Plant layout
KW  - Production engineering
N1  - Includes bibliographical references and index; Contents; 1.	Introduction To Plant Layout	3; 1.1	Introduction	3; 1.2	Overall Design of An Enterprise (Plant Design)	3; 1.3	Plant Location	11; 1.4	Plant Layout	 18; 1.5	Classical Types of Plant Layout	20; 1.6	Why Layout Problems Develop	 25; 1.7	Classes of Plant Layout Problems	27; 18 Objectives of Plant Layout	28; 2.	General Procedure For Developing A Layout	35; 2.1	Introduction	35; 2.2	Data Collection and Organization	37; 2.2.1	Input P , Q . R . S , T and Activities	 39; 2 2.2 Production Volume	40; 2.2.3	Make Or Buy	42; 2.2.4	Parts List	 42; 2 2 5 The Routing Sheet	 43; 2.2	6 P-Q (Product-Quantity) Chart	46; 2 2 7 Equipment Requirement For Product and Process Type of Layouts48; 2.3	Flow of Materials	 51; 2.3	1 Determining Flow of Material Analysis	52; 2.3.2	Charts For Flow of Materials	53 2 3.2.1 Operation Process Chart 54; 2.3.2.2 Flow Process Chart	58; 2.3 2.3 Multi Product Process Chart	60; 2.3.2.4 From To Chart	 61; 2 3 2.5 Sequence Summary Table		 65; 2.3 2.6 Load Summary Table	65; 2.3 2 7 Reduced Load Summary Table	66; 2 4 Other Than Flow Relationship (Activity Relationship) Chart	67; 2.5	Combining Flow and Other Than Flow Relationships	70; 2.6	Analysis of Material Flow	75; 2 6 1 Making The Flow of Material Analysis For " Product Type Of; Layout "	75; 2 6 2 Analysis of Material Flow For " Lined Up Process Type of Layout " 79; 2 6 2 1 From-To Chart Analysis	80; 2 6 2.2 Multi Product Process Chart Analysis	84; 2 6.2 3 Moment Arm Technique	91; 2 6.3 Analysis of Material Flow For " Process Type of Layout "	 94; 2.6.3.1 Grid Analysis	94; 2 6.3.2 Systematic Layout Planning (S L P) 105 2 6 3 3 Computerized Layout Planning; (Aldep, Corelap and Craft ) 110 2.6 3 4 Graph Theory 	'21; 2.7	Space Determinations	 129; 2.7 1 Calculation Method 129 2.7.2 Converting Method	 130; 2.7 3 Space Standards	130; 2 7 4 Roughed Out Layout	130; 2 7 5 Ratio Trend and Projection	130; 2 8 Space Relationship Diagram 	130; 2 9 Selecting The Best Layout	131; 2.9.1 Advantages Against Disadvantages 	132; 2	9 2 Cost Comparision	132; 2.9.3	Weighted Factor Analysis	132; 2	10 Common Problems In Plant Layout	134; 2.10 1 Material Handling	134; 2.10 1.1 Material Handling Objectives	134; 2.10.1.2 Material Handling Equipment and Containers:	136; 2.10.2	Storage	139; 2 10 2 1 Storage Equipment:		 140; 2 10.2.2 Arrangement of Storage 	141; 2.10 2 2 1 Alphabetical and Numerical Sequence of Storage	141; 2 10 2 2 2 Modified Alphabetical and Numerical Sequence :	142; 2.10 2 2.3 Storage By Space	143; 2 10 2 2 4 Storage By Space With Locator Systems:	144; 2.10.2.2 5 Automatic Warehousing: 	145; 2.10.3	Building Design	146; 3.	Preparation of Product Type of Layout	155; 3.1	Introduction	 155; 3.2	Input Data	155; 3	2 1 Technical Drawings	155; 3 2.2 Parts List	155; 3 2.3 Make Or Buy Analysis	157; 3 2 4 Determination of Volume of Output	159; 3 2 5 Production Routing Sheets 	160; 3 2 6 Standard Time Calculations 	162; 3.2.7 Machine Requirement Sheets 	171; 3.3	Material Flow Analysis	171; 3	3 1 Operation Process Chart	171; 3.3 2 Flow Process Chart 	171; 3	4 Relationship Diagram	179; 3.5 Space Calculations	179; 3	6 Spaced Relationship Diagram	 183; 3.7 Cost Analysis			183; 4.	Preparation of Lined-Up Process Type of Layout	191; 4	1 Introduction	 	191; 4.2 Input Data	 191; 4.2.1	Technical Drawings	 191; 4.2.2	Parts List	203; 4	2.3 Determination of Volume of Output	204; 4.2.4	Production Routing Sheets	 205; 4.2.5	Machine Requirement Sheets		 205 4 2.6 Charts and Tables	 205; 4.2.6 1 Sequence Summary Table	205; 4,2.6.2 From-To Chart	237; 4 2 6 3 Multi-Product Process Chart	239; 4 2 6.4 Load Summary Table	239; 4 2.6.5 Reduced Load Summary Table	239; 4.3 Material Flow Analysis	243; 43 I From Tochart Analysis	 243; 4.3.2	Multi-Product Process Chart Analysis 	250; 4.3.3	Moment Arm Technique	252; 4 3 4 Selecting The Best Layout	256; 44 Relationship Diagram	258; 4.5	Space Calculations	258; 4.6	Spaced Relationship Diagram	260; 4.7	A Computer Program	262; 5.	Preparation of Process Type of Layout	273; 5.1	Introduction	 273; 5.2	Input Data	273; 5.3	Flow of Material Analysis 	275; 5.4	Other Than Flow of Material Relationships	 276; 5 5 Combining Flow and Other Than Flow of Material Relationships 278 5 6 Making 1Ayout For Process Type of Layout	281; 5.6.1	Grid Analysis	281; 5.6.2	S L P. (Systematic Layout Planning)	 288; 5.6.3	Aldep and Corelap Layout Techniques	291; 5.6.4	Graph Theory	295; 5.7 Selecting The Best Layout	301; 5	8 Computer Programs		302; 6.	Overall Results For The Layout of The Prepared Factory	317; 6	1 Introduction	317; 6.2 Plant Location	317; 6	3 Plant Site Design	320; 7.	Some Analytical Techniques For Plant Design	327; 7.1	Introduction	327; 7.2	Assembly Line Bali.Ancing Problems	327; 7 2.1 J Ackson's Method	330; 7 2 2 Helgeson and Bernie (H-B) Solution	333; 7 2 3 Comsoal (Computer Method of Sequencing Operations For Assembly Lines) 334; 7	3 Transportation Method	344
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