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TECHNICAL PAPERS: Microscale Heat Transfer

Molecular Dynamics Simulation of Nanodroplet Evaporation

[+] Author and Article Information
J. H. Walther, P. Koumoutsakos

Institute of Computational Sciences, ETH Zentrum, Weinbergstrasse 43, CH-8092 Zürich, Switzerland

J. Heat Transfer 123(4), 741-748 (Nov 20, 2000) (8 pages) doi:10.1115/1.1370517 History: Received September 10, 1999; Revised November 20, 2000
Copyright © 2001 by ASME
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References

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Figures

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Sketch of computational domain and heating element
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Example of a two-dimensional tree created for 16 atoms and allowing one particle per box
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Example of colleagues of boxes in the two-dimensional tree created for the 16 atoms shown in Fig. 2. The colleagues of the filled boxes are marked with an ×.
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Example of neighbors of boxes in the two-dimensional tree created for the 16 atoms shown in Fig. 2. The neighbors of the filled boxes are marked with an ×. The interactions of the particles in the two (filled) neighboring boxes are computed at the level of the larger box (left) utilizing the symmetry of Eq. (4).
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Atoms in neighboring boxes are stored in consecutive memory locations to allow efficient computations using Morton ordering
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Droplet density and temperature profiles during accommodation and evaporation of the 5768 atom droplet (Case E01). (—: τ*=25; – – –: τ*=30; - - -: τ*=100)
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Convergence of the density and temperature profiles as function of the cutoff radius for the 5768 droplet at τ*=200. —: rc/σ=2.5 (Case E01); –––: rc/σ=5.0 (Case E02); - - -: rc/σ=10.0 (Case E03)
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Evaporation curve for the 5768 droplet. +: E01 (rc/σ=2.5); ×: E02 (rc/σ=5.0);* : E03 (rc/σ=10.0); □: E05 (rc/σ=2.5); —: Theory.
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Density and temperature profiles during evaporation for the 5867 atom droplet (Case E02). —: τ*=100; –––: τ*=200; - - -: τ*=300.
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Time history of the 5867 atom droplet during evaporation (Case E02) (vapor not shown). From left to right: τ*=100, 200, and 300.
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Evaporation curve for the 22360 atom droplet. +: E06; —: Theory.
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Time history of the 22360 atom droplet during evaporation (vapor not shown). From left to right: τ*=100, 300, and 500.
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Evaporation curve for the 51104 atom droplet. +: E07; —: Theory.
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Time history of the 51104 droplet during evaporation. From left to right: τ*=100, 400, and 700.
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Evaporation rate. —: 5678 atom droplet; –––: 22310 atom droplet; - - -: 51104 atom droplet.

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