Publication Date:
2016-06-07
Description:
A numerical method was devised and employed to solve a variety of problems related to liquid droplet combustion. The basic transport equations of mass, momentum and energy were formulated in terms of generalized nonorthogonal coordinates, which allows for adaptive griding and arbitrary particle shape. Example problems are solved for internal droplet heating, droplet ignition and high Reynolds number flow over a droplet.
Keywords:
FLUID MECHANICS AND HEAT TRANSFER
Type:
JPL Proc. of the 2d Intern. Colloq. on Drops and Bubbles; p 358-365
Format:
application/pdf