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Old Nov 28th 2018, 01:36 PM   #1
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Join Date: Nov 2018
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Modeling Aluminum particle vaporization

Hello All,

I am trying to model the combustion of Aluminum particles in air. The first step is to vaporize the particles according to the equation Δc=(3Φ_s*ρ_s/τ)*(1+0.276*sqrt(Re)), which describes the inter-phase mass transfer rate. Something that I am trying to understand is, whether the heat of formation of Aluminum vapor should be added to added to/subtracted from the gas phase total energy, and why? Also, what about the total energy/internal energy for the particle phase? Does it not change? I am only talking about the effect of the heat of formation. I understand the changes in energy due to change in Kinetic energy and Pseudo Thermal Energy.

In order to make the problem description more clear, I am modeling the burning of Al in air inside a closed domain. So the vaporization occurs only due to either the burning of Al or some shock passing through the domain, etc., i.e., there is no external heating.

I would really appreciate it if someone can provide me with some insight on this.


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aluminum, modeling, particle, vaporization

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