Internal Combustion Engines

Department of Aerospace and Mechanical Engineering University of Notre Dame Notre Dame, IN 46556, 1998. — 87 p. Contents Introduction Ideal Engine Cycles Otto Cycle Diesel Cycle Dual Cycle Spark Ignition and Compression Ignition Engines Spark Ignition Engines Compression Ignition Engines Two Stroke Engine Induction and Exhaust Valves Valve Timing Thermochemistry and Fuels Combustion Reactions Hydrocarbon Fuels Paraffins Olefins Others Octane Number Cetane Number Combustion Combustion In SI Engines Ignition and Flame Development Flame Propagation Flame Termination Combustion In Cl Engines Heat Transfer In IC Engines Engine Temperatures Heat Transfer In Intake System Heat Transfer In Combustion Chamber Turbocharging Introduction Superchargers Compressors Turbochargers Turbines Friction and Lubrication Friction Forces on Piston Lubrication Lubrication Introduction Hydrodynamic Lubrication Hydrostatic Lubrication Adiabatic Engine Introduction Adiabatic Diesel Engine Engine Operating Environment Materials Problems With the Adiabatic Engine Chemical and Phase Equilibrium Introduction Equilibrium Criteria Gibbs Function Chemical Potential Chemical Equilibrium Equation of Reaction Equilibrium Phase Equilibrium Equilibrium Between Two Phases Of A Pure Substance