The interaction of an incident shock wave with liquid fuel drops
Incident shock wave interaction with liquid hydrocarbon fuel drops in oxidizing and inert atmospheres, considering combustion characteristics and ignition mechanism
Kauffman, C. W.↗
Engineering topics
Nicholls, J. A.
Publications and source records attributed to Nicholls, J. A..
Controlled droplet spray generator
Spray generator produces streams of uniform-size droplets issuing at uniform rate by applying an oscillatory disturbance to free liquid jets. Jets of varying diameters can be grouped together and oscillated as a group to produce simultaneous streams of uniform-size droplets.
Nicholls, J. A.↗
Shape and surrounding flowfield of a drop in a high-speed gas stream
Liquid droplet shape effect flow field velocity and pressure distribution over windward surface in high speed gas streams
Nicholls, J. A.↗
A simple theory for the propagation of film detonations
Detonation propagation velocity through tubes with walls coated with thin fuel film, using turbulent boundary layer theory
Nicholls, J. A.↗
Two phase detonation studies related to rocket instability, 1969 Annual report, 1 Feb. 1969 - 1 Feb. 1970
Two phase detonation relating to rocket instability
Nicholls, J. A.↗
Water droplet breakup in high speed airstreams
Water droplet disintegration in supersonic airstreams
Nicholls, J. A.↗
Shock wave ignition of liquid fuel drops
Combustion processes and ignition criteria in shock wave ignition of liquid fuel drop in oxidizing atmosphere
Kauffman, C. W.↗
Subsonic sphere drag measurements at intermediate Reynolds numbers
Wind tunnel drag measurements on subsonic sphere
Nicholls, J. A.↗
Two-phase detonation of a liquid layer.
Two phase detonations of fuel in liquid layer on shock tube wall with gaseous oxidizer, presenting one dimensional approximation for film detonation propagation
Nicholls, J. A.↗
Two Phase Detonation as Related to Rocket Motor Combustion Instability
Two phase detonations in liquid-gas system of liquid rocket motor
Nicholls, J. A.↗
Aerodynamic shattering of liquid drops.
High velocity gas stream induced shattering of liquid drops, disintegration rate and breakup time
Nicholls, J. A.↗
Drop-size effects in spray detonations
Liquid diethylcyclohexane /DECH/ sprays detonation propagation in gaseous oxygen, studying drop size effect on steady state development
Dabora, E. K.↗
Observed structure of spray detonations.
Propagation of detonation wave in tube containing single stream of diethylcyclohexane droplets dispersed in gaseous oxygen
Dabora, E. K.↗
Drag coefficient of small spherical particles.
Spherical particles drag coefficient when accelerating in laminar flow
Nicholls, J. A.↗
Drop size effects in spray detonations
Experimental results of drop size effects in spray detonations of liquid diethylcyclohexane
Dabora, E. K.↗
Aerodynamic shattering of liquid drops.
High velocity gas stream induced shattering of liquid drops, disintegration rate and breakup time
Nicholls, J. A.↗
A study of heterogeneous detonations.
Heterogeneous detonations, discussing polydisperse and monodisperse spray detonations and liquid fuel film shock-induced combustion
COMBUSTION INSTABILITY↗
A study of heterogeneous detonations.
Heterogeneous detonations, discussing polydisperse and monodisperse spray detonations and liquid fuel film shock-induced combustion
COMBUSTION INSTABILITY↗