Institute of Aerospace Thermodynamics

Collaborative Research Center Transregio 75 (SFB-TRR 75)

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8,041 to 8,050 of 8,186 Results

ls1-mardyn_config_R100nm.xml Feb 4, 2022 - Coalescence of two nanoscopic argon droplets by molecular dynamics simulation XML - 7.5 KB - MD5: 7eab970e069b3d03d2d9807a13726a0d Configuration file used to set parameters for MD simulation with ls1 mardyn, in case of R=100 nm.
ls1-mardyn_config_R25nm.xml Feb 4, 2022 - Coalescence of two nanoscopic argon droplets by molecular dynamics simulation XML - 9.1 KB - MD5: 91cc0c8c772c7aace8bcd8755abb7ae6 Configuration file used to set parameters for MD simulation with ls1 mardyn, in case of R=25 nm.
ls1-mardyn_config_R50nm.xml Feb 4, 2022 - Coalescence of two nanoscopic argon droplets by molecular dynamics simulation XML - 9.1 KB - MD5: c75a6d518847e3b2cdd8a965a24e0c3f Configuration file used to set parameters for MD simulation with ls1 mardyn, in case of R=50 nm.
MD_R100nm_evo.csv Feb 4, 2022 - Coalescence of two nanoscopic argon droplets by molecular dynamics simulation Tabular Data - 136.1 KB - 4 Variables, 2121 Observations - UNF:6:AiZPy+ut66MtVXj9aWa1tw== 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=100 nm.
MD_R25nm_evo.csv 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.csv 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 - Collaborative Research Center Transregio 75 (SFB-TRR 75) 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... This Dataset is harvested from our partners. Clicking the link will take you directly to the archival source of the data.
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

ls1-mardyn_config_R100nm.xml

Feb 4, 2022 - Coalescence of two nanoscopic argon droplets by molecular dynamics simulation

XML - 7.5 KB -

Configuration file used to set parameters for MD simulation with ls1 mardyn, in case of R=100 nm.

ls1-mardyn_config_R25nm.xml

Feb 4, 2022 - Coalescence of two nanoscopic argon droplets by molecular dynamics simulation

XML - 9.1 KB -

Configuration file used to set parameters for MD simulation with ls1 mardyn, in case of R=25 nm.

ls1-mardyn_config_R50nm.xml

Feb 4, 2022 - Coalescence of two nanoscopic argon droplets by molecular dynamics simulation

XML - 9.1 KB -

Configuration file used to set parameters for MD simulation with ls1 mardyn, in case of R=50 nm.

MD_R100nm_evo.csv

Feb 4, 2022 - Coalescence of two nanoscopic argon droplets by molecular dynamics simulation

Tabular Data - 136.1 KB - 4 Variables, 2121 Observations -

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=100 nm.

MD_R25nm_evo.csv

Feb 4, 2022 - Coalescence of two nanoscopic argon droplets by molecular dynamics simulation

Tabular Data - 69.3 KB - 4 Variables, 1090 Observations -

MD_R50nm_evo.csv

Feb 4, 2022 - Coalescence of two nanoscopic argon droplets by molecular dynamics simulation

Tabular Data - 223.7 KB - 4 Variables, 3524 Observations -

Videos of the Numerical Simulation of Drop Impact onto Heated Walls

Jan 4, 2022 - Collaborative Research Center Transregio 75 (SFB-TRR 75)

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...

This Dataset is harvested from our partners. Clicking the link will take you directly to the archival source of the data.

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 -

config_02_T0.625_Ln010.4.xml

Nov 11, 2021 - Data for: Evaporation driven by conductive heat transport

XML - 7.0 KB -

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