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The 3-D effects influence the particle motion and heating within the reactor.
A Lagrangian two-phase flow approach has been used to simulate the gas flow and simultaneously the motion and heating of particles in a plasma jet.
The model is applied to study the influence of turbulence on the dispersed particles, gas particle interactions and the motion and heating of the in-flight particles.
The motion and heating of feedstock particles in the jet during plasma spraying have been simulated using a theoretical model based on a CFD code.
Numerical simulation has been performed to study the motion and heating of non-spherical particles injected into a thermal plasma jet.
An essential element of the Lagrangian two-phase flow model applied in the present study is that, instead of tracing the motion and heating process of each individual particle, the particles are grouped into 'parcels'parcels
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The discrete governing equations are formulated for both thermomechanical motion and heat conduction.
James Prescott Joule also claimed that there was a relationship between mechanical motion and heat, and his idea became the basis for the science of thermodynamics.
A phenomenological model describing transient behavior of drobble (motion and heat transfer) is developed.
This paper studies Brownian motion and heat kernel measure on a class of infinite dimensional Lie groups.
The guard who turned off the alarm did not bother to check the room, he told Mr. Seipel, because he rearmed the security system, which has motion and heat sensors, one minute after the alarm sounded.
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