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E-raamat: Automotive Innovation: The Science and Engineering behind Cutting-Edge Automotive Technology

(Stockton University, NJ, USA)
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Automotive Innovation: The Science and Engineering behind Cutting-Edge Automotive Technology provides a survey of innovative automotive technologies in the auto industry. Automobiles are rapidly changing, and this text explores these trends. IC engines, transmissions, and chassis are being improved, and there are advances in digital control, manufacturing, and materials. New vehicles demonstrate improved  performance, safety and efficiency factors; electric vehicles represent a green energy alternative, while sensor technologies and computer processors redefine the nature of driving. The text explores these changes, the engineering and science behind them, and directions for the future.
Preface ix
Author xiii
1 Bringing the Fire
1(38)
What Is Gasoline?
2(1)
The Engine
3(1)
The Four Strokes
4(4)
The Engine Comes Together
8(3)
Valve Train
11(2)
Defining the Combustion Chamber
13(3)
Pistons
16(3)
The Head
19(4)
Ignition
23(1)
Knocking
24(3)
Fuel Delivery
27(7)
Low-Temperature Combustion
34(5)
2 The End of Compromise
39(26)
Advanced Digital Control
39(1)
Sensor Technology
40(2)
Engine Control
42(3)
Variable Valve Actuation
45(7)
Induction
52(3)
Forced Induction
55(3)
Compression Ratio
58(7)
3 Getting Power to the Pavement
65(34)
What Do We Need a Drivetrain to Do?
65(7)
Manual Transmission Coupler
72(2)
Manual Transmission
74(2)
Automated Manual
76(4)
Automatic Transmission Coupler
80(2)
Automatic Transmissions
82(4)
Transmission Control
86(2)
Continuously Variable Transmissions
88(4)
Differentials, AWD, and Torque Vectoring
92(4)
Advanced Tires and Control
96(3)
4 Electric Machines
99(32)
The Principles of the Electric Motor
100(2)
Making an Electric Machine
102(6)
Motor Performance
108(2)
Torque and Power
110(2)
Cooling
112(1)
Induction Motor
113(5)
Permanent-Magnet Machines
118(3)
Magnets
121(1)
BLPM Control
122(2)
Reluctance Machines
124(2)
Advanced Motor Possibilities
126(5)
5 Electrified Powertrains
131(34)
Gas versus Electrons?
131(2)
Hybrid Drive
133(2)
Baby Steps
135(2)
Mild Hybrid
137(4)
Full Hybrid
141(7)
Adding a Plug
148(1)
Power
148(3)
Electric Vehicle
151(4)
Electric Car Viability
155(5)
Using Energy Effectively
160(5)
6 The Electric Fuel Tank
165(30)
What's a Battery?
166(5)
Battery Performance
171(1)
Battery Management
172(3)
Cell Balancing
175(1)
Cooling Systems
176(3)
Battery Chemistry
179(2)
Nickel-Based Batteries
181(3)
Lithium
184(6)
Future Possibilities
190(5)
7 Automotive Architecture
195(38)
General Chassis Design
195(2)
Frames
197(3)
Crashworthiness
200(3)
Materials
203(7)
Alternative Metals
210(6)
Manufacturing Metal
216(2)
Plastics
218(6)
Suspension
224(2)
Chassis Control
226(3)
Bringing It All Together
229(1)
Modularity
230(3)
8 The Power of Shape
233(32)
The Nature of Drag
234(1)
The Power of Shape
235(2)
Boundary Layer
237(1)
The Shape of a Car
238(2)
The Front of the Car
240(3)
Addressing the Rear Wake
243(4)
Three Dimensional Flow
247(3)
Vortex Generators
250(1)
Lift
251(2)
The Ground
253(4)
Wheels
257(2)
Bringing the Body Together
259(2)
Active Aerodynamics
261(4)
9 Smarter Cars
265(30)
Smarter Driving
266(6)
Perception
272(1)
Radar
273(2)
Lidar
275(2)
Optical
277(4)
Sensor Fusion
281(1)
Driver Monitoring
282(1)
Localization
283(3)
Mapping
286(2)
Communication
288(2)
Decision-Making
290(3)
The Road Ahead
293(2)
Index 295
Professor Patrick Hossay heads the Energy Studies and Sustainability programs at Stockton University where he teaches courses in automotive technology, green vehicle innovations, and energy science. He is also an experienced aircraft and automotive mechanic, and enjoys restoring classic cars and motorcycles.
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