كتاب Manufacturing Design, Production, Automation, and Integration

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Manufacturing Design, Production, Automation, and Integration

ويتناول الموضوعات الأتية :

Preface
Acknowledgments
1 Competitive Manufacturing
1.1 Manufacturing Matters
1.2 Post–Industrial-Revolution History of Manufacturing
Technologies
1.3 Recent History of Computing Technologies
1.4 Manufacturing Management Strategies
1.5 International Manufacturing Management Strategies
1.6 Information-Technology-Based Manufacturing
Part I Engineering Design
2 Conceptual Design
2.1 Concurrent Engineering
2.2 Concept Development Process
2.3 Industrial Design
2.4 Human Factors in Design
2.5 Conceptual Design
2.6 Modular Product Design
2.7 Mass Customization via Product Modularity
3 Design Methodologies
3.1 Axiomatic Design Methodology
3.2 Design for X
3.3 Design of Experiments and Taguchi’s Method
3.4 Group-Technology-Based Design
4 Computer-Aided Design
4.1 Geometric Modeling—Historical Development
4.2 Basics of Geometric Modeling
4.3 Solid Modeling
4.4 Feature-Based Design
4.5 Product-Data Exchange
5 Computer-Aided Engineering Analysis and Prototyping
5.1 Prototyping
5.2 Finite-Element Modeling and Analysis
5.3 Optimization
Part II Discrete-Parts Manufacturing
6 Metal Casting, Powder Processing, and Plastics Molding
6.1 Metal Casting
6.2 Powder Processing
6.3 Plastics Processing
7 Metal Forming
7.1 Overview of Metal Forming
7.2 Forging
7.3 Sheet Metal Forming
7.4 Quick Die Exchange
8 Machining
8.1 Nonabrasive Machining
8.2 Mechanics of Cutting—Single-Point Tools
8.3 Tool Wear and Surface Finish
8.4 Abrasive Cutting
9 Modern Manufacturing Techniques
9.1 Nonlaser Machining
9.2 Laser Beam Machining
9.3 Rapid Layered Manufacturing
10 Assembly
10.1 Mechanical Fastening
10.2 Adhesive Bonding
10.3 Welding
10.4 Brazing and Soldering
10.5 Electronics Assembly
10.6 Automatic Assembly of Small Mechanical
Components
11 Workholding—Fixtures and Jigs
11.1 Principles of Workholding
11.2 Jigs
11.3 Fixtures
11.4 Computer-Aided Fixture Design and
Reconfiguration
12 Materials Handling
12.1 Industrial Trucks
12.2 Conveyors
12.3 Industrial Robots
12.4 Automated Storage and Retrieval
12.5 Identification and Tracking of Goods
12.6 Automobile Assembly
Part III Automatic Control in Manufacturing
13 Instrumentation for Manufacturing Control
13.1 Process Control and Controllers
13.2 Motion Sensors
13.3 Force Sensors
13.4 Machine Vision
13.5 Actuators
14 Control of Production and Assembly Machines
14.1 Numerical Control of Machine Tools
14.2 Control of Robotic Manipulators
Contents
15 Supervisory Control of Manufacturing Systems
15.1 Automata Theory for Discrete Event System
Modeling
15.2 Petri Nets
15.3 Programmable Logic Controllers
16 Control of Manufacturing Quality
16.1 Modern History of Quality Management
16.2 Inspection for Quality Control
16.3 Basics in Probability and Statistics Theories
16.4 Process Capability
16.5 Statistical Process Control
16.6 ISO 9000
xiv

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رابط تنزيل كتاب Manufacturing Design, Production, Automation, and Integration

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كتاب Manufacturing Design, Production, Automation, and Integration 761752

عدل سابقا من قبل Admin في السبت 23 أبريل 2016, 8:01 am عدل 2 مرات

أحمد دعبس كتب:: أخوانى فى الله
أحضرت لكم كتاب

Manufacturing Design, Production, Automation, and Integration

ويتناول الموضوعات الأتية :

Preface
Acknowledgments
1 Competitive Manufacturing
1.1 Manufacturing Matters
1.2 Post–Industrial-Revolution History of Manufacturing
Technologies
1.3 Recent History of Computing Technologies
1.4 Manufacturing Management Strategies
1.5 International Manufacturing Management Strategies
1.6 Information-Technology-Based Manufacturing
Part I Engineering Design
2 Conceptual Design
2.1 Concurrent Engineering
2.2 Concept Development Process
2.3 Industrial Design
2.4 Human Factors in Design
2.5 Conceptual Design
2.6 Modular Product Design
2.7 Mass Customization via Product Modularity
3 Design Methodologies
3.1 Axiomatic Design Methodology
3.2 Design for X
3.3 Design of Experiments and Taguchi’s Method
3.4 Group-Technology-Based Design
4 Computer-Aided Design
4.1 Geometric Modeling—Historical Development
4.2 Basics of Geometric Modeling
4.3 Solid Modeling
4.4 Feature-Based Design
4.5 Product-Data Exchange
5 Computer-Aided Engineering Analysis and Prototyping
5.1 Prototyping
5.2 Finite-Element Modeling and Analysis
5.3 Optimization
Part II Discrete-Parts Manufacturing
6 Metal Casting, Powder Processing, and Plastics Molding
6.1 Metal Casting
6.2 Powder Processing
6.3 Plastics Processing
7 Metal Forming
7.1 Overview of Metal Forming
7.2 Forging
7.3 Sheet Metal Forming
7.4 Quick Die Exchange
8 Machining
8.1 Nonabrasive Machining
8.2 Mechanics of Cutting—Single-Point Tools
8.3 Tool Wear and Surface Finish
8.4 Abrasive Cutting
9 Modern Manufacturing Techniques
9.1 Nonlaser Machining
9.2 Laser Beam Machining
9.3 Rapid Layered Manufacturing
10 Assembly
10.1 Mechanical Fastening
10.2 Adhesive Bonding
10.3 Welding
10.4 Brazing and Soldering
10.5 Electronics Assembly
10.6 Automatic Assembly of Small Mechanical
Components
11 Workholding—Fixtures and Jigs
11.1 Principles of Workholding
11.2 Jigs
11.3 Fixtures
11.4 Computer-Aided Fixture Design and
Reconfiguration
12 Materials Handling
12.1 Industrial Trucks
12.2 Conveyors
12.3 Industrial Robots
12.4 Automated Storage and Retrieval
12.5 Identification and Tracking of Goods
12.6 Automobile Assembly
Part III Automatic Control in Manufacturing
13 Instrumentation for Manufacturing Control
13.1 Process Control and Controllers
13.2 Motion Sensors
13.3 Force Sensors
13.4 Machine Vision
13.5 Actuators
14 Control of Production and Assembly Machines
14.1 Numerical Control of Machine Tools
14.2 Control of Robotic Manipulators
Contents
15 Supervisory Control of Manufacturing Systems
15.1 Automata Theory for Discrete Event System
Modeling
15.2 Petri Nets
15.3 Programmable Logic Controllers
16 Control of Manufacturing Quality
16.1 Modern History of Quality Management
16.2 Inspection for Quality Control
16.3 Basics in Probability and Statistics Theories
16.4 Process Capability
16.5 Statistical Process Control
16.6 ISO 9000
xiv

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