Unsteady Heat Transfer Simulation for a Diesel Engine |
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Contents
INTRODUCTION | 3 |
THE CONDUCTION HEAT TRANSFER MODEL | 7 |
METHOD OF SOLUTION | 15 |
7 other sections not shown
Common terms and phrases
analog computer ANALYTICAL NUMERICAL DIFFER analytical solution Annand ATMAX cast iron Computed Cylinder Head coolant heat transfer cyclic heat transfer Cylinder Head Gas cylinder head surface Cylinder Head Wall Degrees Crank Angle deposit surface distance increment dx² effect of deposits engine performance parameters Error experimental data G.L. Borman gas to wall Head Gas Side head surface temperatures heat flow heat flux heat transfer coefficient Heat Transfer Resistance inches Intake Heat Transfer intake stroke Internal Combustion Engines ITERATION N₂ numerical solution P.S. Myers piston and cylinder R₁ R₂ Rate of Heat simultaneous equations slab Speed Steady State Model subroutine Temperature Amplitude temperature array temperature swing thermal conductivity thermocouple number TMAX Transfer From Cylinder Transfer Resistance Network Transfer To Cylinder tridiagonal matrix TWALL TWSH TWSP University of Wisconsin unsteady heat transfer unsteady model Uyehara values volumetric efficiency wall heat transfer wall to coolant Wall to Gas X₁