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111 to 120 of 252 Results
MD_R25nm_evo.tab
Feb 4, 2022 - Coalescence of two nanoscopic argon droplets by molecular dynamics simulation
Tabular Data - 69.3 KB - 4 Variables, 1090 Observations - UNF:6:h8i3gcPV0qvU8/qjisHXOA==
Temporal evolution of the bridge radius r_b [nm] as well as the back of drop positions x_bdl [nm] (left) and x_bdr [nm] (right) over time t [ns] for the coalescing argon droplets with an initial Radius of R=25 nm.
MD_R50nm_evo.tab
Feb 4, 2022 - Coalescence of two nanoscopic argon droplets by molecular dynamics simulation
Tabular Data - 223.7 KB - 4 Variables, 3524 Observations - UNF:6:3Li0lDMZ8m6/cEoDO0oxlQ==
Temporal evolution of the bridge radius r_b [nm] as well as the back of drop positions x_bdl [nm] (left) and x_bdr [nm] (right) over time t [ns] for the coalescing argon droplets with an initial Radius of R=50 nm.
Videos of the Numerical Simulation of Drop Impact onto Heated Walls
Jan 4, 2022
Sontheimer, Henrik; Stephan, Peter; Gambaryan-Roisman, Tatiana, 2021, "Videos of the Numerical Simulation of Drop Impact onto Heated Walls", https://doi.org/10.48328/TUDATALIB-578
The videos show exemplary results of the numerical simulation of the drop impact onto heated walls. Five different drop impact configurations are shown: the single drop impact, the vertical coalescence during the sessile, spreading and receding phase of the initial drop and the impact of a drop chain consisting of five drops impacting during the sp...
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Data for: Evaporation driven by conductive heat transport
Nov 11, 2021 - Subarea B6
Homes, Simon; Heinen, Matthias; Vrabec, Jadran; Fischer, Johann, 2021, "Data for: Evaporation driven by conductive heat transport", https://doi.org/10.18419/DARUS-2230, DaRUS, V1
The present data is a digest of the simulations conducted in the scope of the related publication. The phenomena of stationary evaporation of the Lennard-Jones-truncated-shifted fluid was studied using large scale Molecular Dynamics (MD) simulations. The domain of the conducted simulations consisted of one liquid and one vapor phase. The bulk liqui...
config_01_T0.625_Ln005.2.xml
Nov 11, 2021 - Data for: Evaporation driven by conductive heat transport
XML - 7.0 KB - MD5: 064d314af20cbea84f28c19d5dd9f3e4
config_02_T0.625_Ln010.4.xml
Nov 11, 2021 - Data for: Evaporation driven by conductive heat transport
XML - 7.0 KB - MD5: fd54a42505a9d411f4e22cb9a0a1bceb
config_03_T0.625_Ln015.6.xml
Nov 11, 2021 - Data for: Evaporation driven by conductive heat transport
XML - 7.1 KB - MD5: 2f09e6712a123bbe2f55d82017a786d8
config_04_T0.625_Ln020.8.xml
Nov 11, 2021 - Data for: Evaporation driven by conductive heat transport
XML - 7.0 KB - MD5: a308880c8ded9557e016027df9ccaf1c
config_05_T0.625_Ln026.xml
Nov 11, 2021 - Data for: Evaporation driven by conductive heat transport
XML - 6.6 KB - MD5: d6bb26af48c7ddfa91bc2a6656508cee
config_06_T0.625_Ln052.xml
Nov 11, 2021 - Data for: Evaporation driven by conductive heat transport
XML - 7.0 KB - MD5: c882d56d4111cc8af1b0ce726aa60b6d
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