Grote Karl-Heinrich, Antonsson E.K. (eds.) Springer Handbook of Mechanical Engineering

Springer, 2008. — 1576 p. — ISBN: 978-3-540-49131-6.Mechanical engineering is a broad and complex field within the world of engineering and has close relations to many other fields. It is an important economic factor for all industrialized countries and the global market allows for wide international competition for products and processes in this field. To stay up to date with scientific findings and to apply existing knowledge in mechanical engineering it is important to renew and continuously update existing information.
The editors of this Springer Handbook on Mechanical Engineering have worked successfully with 92 authors worldwide to include chapters about all relevant mechanical engineering topics. However, this Handbook cannot claim to cover every aspect or detail of the mechanical engineering areas or fields included, and where mechanical engineers are currently present and contributing their expertise and knowledge towards the challenges of a better world. However, this Handbook will be a valuable guide for all who design, develop, manufacture, operate, and use mechanical artefacts.
We also hope to spark interest in the field of mechanical engineering from others. In this Handbook, high-school students can get a first glance at the options in this field and possible career moves.List of Abbreviations
Fundamentals of Mechanical Engineering
Introduction to Mathematics for Mechanical Engineering
Complex Analysis
Differential Equations
Laplace Transformation
Fourier Analysis
Linear AlgebraMechanics
Statics of Rigid Bodies
DynamicsApplications in Mechanical Engineering
Materials Science and Engineering
Atomic Structure and Microstructure
Microstructure Characterization
Mechanical Properties
Physical Properties
Nondestructive Inspection (NDI)
Corrosion
Materials in Mechanical EngineeringThermodynamics
Scope of Thermodynamics Definitions
Temperatures Equilibria
First Law of Thermodynamics
Second Law of Thermodynamics
Exergy and Anergy
Thermodynamics of Substances
Changes of State of Gases and Vapors
Thermodynamic Processes
Ideal Gas Mixtures
Heat TransferTribologyDesign of Machine Elements
Mechanical Drives
Gearings
Cylindrical Gearings
Bevel Gearings
Worm Gearings
Design of Gear Wheels, Worm Wheels, and Worms
Planetary Gears
Wave Gears
Shafts and Axles
Shaft–Hub Connections
Rolling Bearings
Design of Bearing Units
A Appendix A
B Appendix BManufacturing Engineering
Casting
Metal Forming
Machining Processes
Assembly, Disassembly, Joining Techniques
Rapid Prototyping and Advanced Manufacturing
Precision Machinery Using MEMS TechnologyMeasuring and Quality Control
Quality Management
Manufacturing Measurement Technology
Measuring Uncertainty and Traceability
Inspection Planning
Further Reading
Engineering Design
Alois Breiing, Frank Engelmann, Timothy Gutowski
Design Theory
Basics
Precisely Defining the Task
Conceptual Design
Design
Design and Manufacturing for the Environment
Failure Mode and Effect Analysis for Capital GoodsPiston Machines
Foundations of Piston Machines
Positive Displacement Pumps
Compressors
Internal Combustion EnginesPressure Vessels and Heat Exchangers
Pressure Vessel – General Design Concepts
Design of Tall Towers
Testing Requirement
Design Codes for Pressure Vessels
Heat Exchangers
Material of ConstructionTurbomachinery
Theory of Turbomachinery Stages
Gas Turbine Engines: Design and Dynamic PerformanceTransport Systems
Overview
Automotive Engineering
Railway Systems – Railway Engineering
Aerospace EngineeringConstruction Machinery
Basics
Earthmoving, Road Construction, and Farming Equipment
Machinery for Concrete Works
Site Lifts
Access Machinery and Equipment
Cranes
Equipment for Finishing Work
Automation and Robotics in ConstructionEnterprise Organization and Operation
Overview
Organizational Structures
Process Organization, Capabilities, and Supply Networks
Modeling and Data Structures
Enterprise Resource Planning (ERP)
Manufacturing Execution Systems (MES)
Advanced Organization Concepts
Interorganizational Structures
Organization and Communication
Enterprise Collaboration and LogisticsComplementary Material for Mechanical Engineers
Power Generation
Principles of Energy Supply
Primary Energies
Fuels
Transformation of Primary Energy into Useful Energy
Various Energy Systems and Their Conversion
Direct Combustion System
Internal Combustion Engines
Fuel Cells
Nuclear Power Stations
Combined Power Station
Integrated Gasification Combined Cycle (IGCC) System
Magnetohydrodynamic (MHD) Power Generation
Total-Energy Systems for Heat and Power Generation
Transformation of Regenerative Energies
Solar Power Stations
Heat Pump
Energy Storage and Distribution
Furnaces
Fluidized-Bed Combustion System
Liquid-Fuel Furnace
Burners
General Furnace Accessories
Environmental Control Technology
Steam Generators
Parts and Components of Steam Generator
Energy Balance Analysis of a Furnace/Combustion System
Performance of Steam Generator
Furnace Design
Strength Calculations
Heat Transfer Calculation
Nuclear Reactors
Future Prospects and ConclusionElectrical Engineering
Fundamentals
Transformers
Rotating Electrical Machines
Power Electronics
Electric Drives
Electric Power Transmission and Distribution
Electric HeatingGeneral Tables
Stanley Baksi
Acknowledgements
About the Authors
Detailed Contents
Subject Index