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Weak Burning of a Liquid Fuel Drop

Author: John D. Buckmaster
Publisher:
ISBN:
Category :
Languages : en
Pages : 31

Book Description
The burning of a spherical fuel drop immersed in an oxidizer is considered in the neighborhood of the frozen limit. When the vaporization rate differs from the frozen value of 0(theta( -1)), where theta is a measure of the large activation energy, a near frozen description is obtained which includes the ignition point. This uncovers a simple criterion for distinguishing those situations for which autoignition must occur, from those for which the burning rate varies smoothly with pressure.

Weak Burning of a Liquid Fuel Drop

Author: John D. Buckmaster
Publisher:
ISBN:
Category :
Languages : en
Pages : 31

Strong Burning of a Liquid Fuel Drop

Author: John D. Buckmaster
Publisher:
ISBN:
Category :
Languages : en
Pages : 21

Book Description
The combustion of a liquid fuel drop is considered in the neighborhood of the classical large Damkohler Number (or Burke-Schumann) limit, when the activation energy theta is also very large. By permitting M, the fuel vaporization rate, to differ from its equilibrium value by 0(1/theta), the entire strong-burning branch is described. Analytic criteria are deduced for the solution to be valid, and these permit explicit predictions of when M is a multiple-valued function of the Damkohler Number.