PART 1 OVERVIEW Chapter 1 An Introduction to Information Systems Chapter 2 Information Systems I Organizations PART 2 INFORMATION TECHNOLGOY CONCEPTS Chapter 3 Hardware: Input, Processing, and Output Devices Chapter 4 Software: Systems and Application Software Chapter 5 Database Systems, Data Centers, and Business Intelligence Chapter 6 Telecommunications and Ne…
1 Introduction to Statistical Design of Expe- riments: Experimental Modeling of a Cooling System for Electronic Equipment 1 2 Vibration Isolation for Sensitive Instruments and Machines 31 3 Design of a Vibrating Cylinder, High Accuracy Pressure Transducer 111 4 A Fast (“Cold Wire”) Resistance Thermometer for Temperature Measurements in Fluids 147 5 P…
1 Introduction 1 1.1 Numerical Simulation 2 1.2 Why is numerical accuracy important? 11 2 An Outline of the Finite Element Method 17 3 Formulation of Mathematical Models 79 4 Generalized Formulations 109 5 Finite Element Spaces 145 6 Regularity and Rats of Convergence 167 7 Computation and Verification of Data 215 8 What should be Computed and Why? 237 9 Beams,…
Chapter 1 Electrical Safety and Components 2 Chapter 2 Introduction to Electricity 18 Chapter 3 Basic Principles of Digital Systems 40 Chapter 4 Logic Functions and Gates 62 Chapter 5 Boolean Algebra and Combinational Logic 102 Chapter 6 Combinational Logic Functions 152 Chapter 7 Digital Arithmetic and Arithmetic Circuits 220 Chapter 8 Dig…
1. Manufacturing Information and Data Systems 2. Manufacturing Databases 3. Manufacturing Resource Planning Systems 4. Shop-floor Data Collection Systems 5. Telecommunications 6. Electronic Commerce 7. Strategic Implications of MIDS
1 Introduction , 1 1.1 A Guide to this Book, 1 1.2 Economic Perpective, 2 1.3 A Decision Making Framework for Manufacturing Systems, 9 2 Overview of Manufacturing Processes , 55 2.1 Introduction, 55 2.2 Primary Forming Processes, 57 2.3 Deforming Processes, 68 2.4 Removing Processes, 71 2.5 Joining Processes, 92 2.6 Modifying Material Properties Processes, 106 2.7 Nanomanufacturin…
1 Introduction , 1-8 2 Combustion & Thermochemistry , 9-82 3 Introduction to Mass Transfer , 83-110 4 Chemical Kinetics , 111-147 5 Some Important Chemical Mechanisms , 148-177 6 Coupling Chemical & Thermal Analysis of Reacting Systems , 178-214 7 Simplified Conservation Equations for Reacting Flows , 215-252 8 Laminar Premixed Flames , 253-304 9 Laminar Diffu…
1 Introduction , 1-11 Motivation to Study Combustion , 1 A Definition of Combustion , 8 Combustion Modes & Flame Types , 9 Approach to Our Study , 10 2 Combustion & Thermochemistry , 12-78 3 Introduction to Mass Transfer , 79-106 4 Chemical Kinetics , 107-148 5 Some Important Chemical Mechanisms , 149-182 6 Coupling Chemical & Thermal Analyses of Reacting Sy…
1 Introduction , 1-22 2 Structure and Deformation in Materials , 23-48 3 A Survey of Engineering Materials , 49-95 4 Stress-Strain Equations, and Models , 96-138 5 Mechanical Testing: Tension Test and Other Basic Tests , 139-200 6 Review of Complex and Principal States of Stress and Strain , 201-232 7 Yielding and Fracture under Combined Stresses , 233-275 8 Fractu…
1 Introduction , 19-39 2 Structure & Deformation in Materials , 40-64 3 A Survey of Engineering Materials , 65-117 4 Mechanical Testing: Tension Test & Other Basic Tests , 118-189 5 Stress-Strain Relationships and Behavior,190-233 6 Review of Complex and Principal States of Stress and Strain , 234-274 7 Yielding and Fracture under Combined Stresses , 275-333 8…
Chapter 1 is a general introduction to mechatronics. Chapter 2 to 6 form a coherent block on sensors and sisgnal conditioning. Chapter 7 to 9 Cover actuators. Chapter 10 to 16 are concerned with system models. Chapter 17 to 23 deal with microprocessor system. Chapter 24 provides an overall conclusion in considering the design of mechatronic systems. …