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John B. Heywood - Internal Combustion Engine Fundamentals

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John B. Heywood Internal Combustion Engine Fundamentals
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    Internal Combustion Engine Fundamentals
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Internal Combustion Engine Fundamentals: summary, description and annotation

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The long-awaited revision of the most respected resource on Internal Combustion Engines --covering the basics through advanced operation of spark-ignition and diesel engines.


Written by one of the most recognized and highly regarded names in internal combustion engines this trusted educational resource and professional reference covers the key physical and chemical processes that govern internal combustion engine operation and design.Internal Combustion Engine Fundamentals, Second Edition,has been thoroughly revised to cover recent advances, including performance enhancement, efficiency improvements, and emission reduction technologies. Highly illustrated and cross referenced, the book includes discussions of these engines environmental impacts and requirements. You will get complete explanations of spark-ignition and compression-ignition (diesel) engine operating characteristics as well as of engine flow and combustion phenomena and fuel requirements.
Coverage includes:
- Engine types and their operation
- Engine design and operating parameters
- Thermochemistry of fuel-air mixtures
- Properties of working fluids
- Ideal models of engine cycles
- Gas exchange processes
- Mixture preparation in spark-ignition engines
- Charge motion within the cylinder
- Combustion in spark-ignition engines
- Combustion in compression-ignition engines
- Pollutant formation and control
- Engine heat transfer
- Engine friction and lubrication
- Modeling real engine flow and combustion processes
- Engine operating characteristics

John B. Heywood: author's other books


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Commonly Used Symbols, Subscripts, and Abbreviations
SYMBOLS
aAcceleration
Crank radius
Sound speed
Specific availability
AArea
ACValve curtain area
A chCylinder head area
AeExhaust port area
AEEffective area of flow restriction
AiInlet port area
ApPiston crown area
AvValve open area
BCylinder bore
Steady-flow availability
cDistance of piston from TC position
Specific heat
cpSpecific heat at constant pressure
csSoot concentration (mass/volume)
cvSpecific heat at constant volume
CAbsolute gas velocity
CDDischarge coefficient
Vehicle drag coefficient
CsSwirl coefficient
DDiameter
Diffusion coefficient
DdDroplet diameter
D SMSauter mean droplet diameter
DvValve diameter
eRadiative emissive power
Specific energy
EAActivation energy
fCoefficient of friction
Fuel mass fraction
FForce
gGravitational acceleration
Specific Gibbs free energy
GGibbs free energy
hClearance height
Oil film thickness
Specific enthalpy
hcHeat-transfer coefficient
hpPort open height
hsSensible specific enthalpy
HEnthalpy
IMoment of inertia
JFlux
kThermal conductivity
Turbulent kinetic energy
ki+, kiForward, backward rate constants for ith reaction
KConstant
KcEquilibrium constant expressed in concentrations
KpEquilibrium constant expressed in partial pressures
lCharacteristic length scale
Connecting rod length
lTCharacteristic length scale of turbulent flame
LPiston stroke
LISound intensity level
Normalized spray lift-off length
LnFuel-injection-nozzle orifice length
LvValve lift
mMass
Mass flow rate
mrMass of residual gas
MMach number
Molecular weight
nNumber of moles
Polytropic exponent
n cNumber of cylinders
nRNumber of crank revolutions per power stroke
NCrankshaft rotational speed
Soot particle number density
Turbocharger shaft speed
pCylinder pressure
Pressure
PPower
Heat-transfer rate per unit area
Heat-transfer rate per unit mass of fluid
QHeat transfer
Heat-transfer rate
Q chFuel chemical energy release or gross heat release
Q HVFuel heating value
QnNet heat release
rRadius
rcCompression ratio
RConnecting rod length/crank radius
Gas constant
Radius
R +, ROne-way reaction rates
RsSwirl ratio
sCrank axis to piston pin distance
Specific entropy
SEntropy
Spray penetration
SbTurbulent burning speed
SLLaminar flame speed
SpPiston speed
tTime
TTemperature
Torque
uSpecific internal energy
Velocity
uTurbulence intensity
usSensible specific internal energy
uTCharacteristic turbulent velocity
UCompressor/turbine impellor tangential velocity
Fluid velocity
Internal energy
v, uSpecific volume
Velocity
v psValve pseudo-flow velocity
v sqSquish velocity
VCylinder volume
Volume
VcClearance volume
VdDisplaced cylinder volume
wRelative gas velocity
Soot surface oxidation rate
WWork transfer
WcWork per cycle
WpPumping work
x, y, zSpatial coordinates
xMass fraction
Mole fraction
xbBurned mass fraction
xrResidual mass fraction
yH/C ratio of fuel
Volume fraction
YConcentration of species per unit mass
zDistance, piston crown to cylinder head
ZInlet Mach index
aAngle
Thermal diffusivity k/( c)
Angle
Specific heat ratio cp/ cv
Angular momentum of charge
Boundary-layer thickness
LLaminar flame thickness
hf,iMolal enthalpy of formation of species i
bRapid burning angle
dFlame development angle
4/(4 + y): y = H/C ratio of fuel
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