内燃機関工学<br>Diesel Engine Engineering : Thermodynamics, Dynamics, Design, and Control (Mechanical Engineering)

内燃機関工学
Diesel Engine Engineering : Thermodynamics, Dynamics, Design, and Control (Mechanical Engineering)

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  • 製本 Hardcover:ハードカバー版/ページ数 375 p.
  • 言語 ENG,ENG
  • 商品コード 9780824707026
  • DDC分類 621.436

基本説明

Provides methods to calculate diesel engine thermodynamics and dynamics, evaluate structural mechanisms, and construct systems for optimal performance, efficiency, and maintenance in marine, manufacturing, industrial, and automotive applications.

Table of Contents

Preface                                            iii
Classification of Diesel Engines v
Thermodynamics of the Diesel Engine 1 (113)
Introduction 1 (1)
Principle of diesel engine operation 1 (3)
Theoretical diesel engine cycles and 4 (15)
thermal efficiency
Calculated cycles of four-stroke diesel 19 (40)
engines
Mean indicated pressure of a four-stroke 59 (3)
diesel engine
Mean indicated pressure of two-stroke 62 (2)
diesel engines
Technical and economical characteristics of 64 (17)
diesel engines
Heat balance of diesel engine operation 81 (13)
Main characteristics of a compound diesel 94 (6)
engine turbocharger
Differential characteristics of a diesel 100(7)
engine working cycle in the engine cylinder
Diesel engine overload 107(4)
Main characteristics of diesel engine 111(2)
operation
Conclusion 113(1)
Diesel Engine Dynamics 114(36)
Introduction 114(1)
Cylinder pressure 114(4)
Force of inertia 118(3)
Resultant force acting on the piston 121(6)
Summary of the forces in a four-stroke 127(2)
diesel engine with in-line cylinders. Mean
tangential force
Summary of the forces acting in a 129(2)
two-stroke diesel engine
Summary of the forces acting in a V-diesel 131(2)
engine
Diesel engine torque 133(1)
Balancing of torque oscillation and 134(3)
selection of flywheel
Applied masses and moments of inertia of 137(4)
rotating components
Starting up a diesel engine 141(4)
Balancing engine vibration 145(5)
Design and Structural Analysis of Diesel 150(79)
Engine Components
Introduction 150(1)
Bedplate and base 150(5)
Main bearing caps 155(4)
Crankcase 159(8)
Tension rods 167(2)
Cylinder jacket and cylinder liner 169(6)
Cylinder head 175(5)
Piston 180(7)
Piston pin 187(2)
Piston rings 189(5)
Connecting rod 194(10)
Connecting rod bolts 204(3)
Crankshaft 207(15)
Flywheel bolts 222(1)
Factor of safety of diesel engine components 223(1)
Main dimensions of high-pressure fuel pumps 224(5)
and injector nozzles
Automated Control of Diesel Engines 229(100)
Introduction 229(1)
Block diagrams of automated control systems 230(6)
and their components
Steady-state operating condition of a 236(2)
diesel engine
Stability of modes of diesel engine 238(2)
operation
Static characteristics of a diesel engine 240(1)
Static characteristics of users 241(1)
Dynamic characteristics of diesel engine 241(17)
operation
Differential equation of a turbocompound 258(2)
diesel engine
Requirements for the automated speed 260(1)
governor of a diesel engine
Classification of automated speed governors 260(7)
Classification of indirect-acting governors 267(12)
Dynamic characteristics of a governor 279(9)
Dynamic equation for the automated control
system
Automated control system stability 288(2)
evaluation
Determination of quality characteristics of 290(1)
the transient process of an automated
control system
Determination of the static characteristic 291(2)
of an automated control system
Automated control of the diesel engine heat 293(2)
rate
Optimal load sharing between diesel engines 295(4)
operating in parallel
Automated speed control systems of diesel 299(11)
generator sets of electrical power plants
Governor-Actuator Woodward, model EGB-50PLS 310(14)
Diesel engine with self optimizing operation 324(5)
Appendix 1. Symbols 329(6)
Appendix 2. Program to Determine Diesel Engine 335(28)
Characteristics
References 363(2)
Index 365