DaRUS

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License: MIT License

171 to 180 of 1,643 Results

test_graph_2.ttl Apr 28, 2025 - eSPARQL Implementation Turtle RDF - 414 B - MD5: fd7fe09942ffac9637ed8ee240bba53a
test_graph_3.ttl Apr 28, 2025 - eSPARQL Implementation Turtle RDF - 541 B - MD5: 9283c6780f94e573beec1b5cb0c33501
test_graph_4.ttl Apr 28, 2025 - eSPARQL Implementation Turtle RDF - 483 B - MD5: 14f72da7aaf6a63ea209a83c39c281a3
Script to calculate turbulence-enhanced Brownian coagulation rate coefficients in nanoparticle suspensions Mar 18, 2025 - Simulation Software Karsch, Maximilian, 2025, "Script to calculate turbulence-enhanced Brownian coagulation rate coefficients in nanoparticle suspensions", https://doi.org/10.18419/DARUS-4773, DaRUS, V1 This dataset contains a script to calculate collision rate coefficients between nanoparticles under the joint influence of Brownian diffusion and turbulent advection. Coefficients like this are required within population balance models to describe the temporal evolution of particle size distributions. More information regarding the usage of the pro...
brTurbKernel.py Mar 18, 2025 - Script to calculate turbulence-enhanced Brownian coagulation rate coefficients in nanoparticle suspensions Python Source Code - 7.3 KB - MD5: 5f7de6a74bdd6e0987346c31cf88f79e Python script
README.md Mar 18, 2025 - Script to calculate turbulence-enhanced Brownian coagulation rate coefficients in nanoparticle suspensions Markdown Text - 434 B - MD5: 81d376706f9bf738a165f4f5fbf5d7f7 Text file
Netgen/NGSolve code for pore-resolved simulations for: "Local Thermal Non-Equilibrium Models in Porous Media: A Comparative Study of Conduction effects" Mar 15, 2025 - Model comparison for LTNE processes in porous media - conduction Bringedal, Carina, 2025, "Netgen/NGSolve code for pore-resolved simulations for: "Local Thermal Non-Equilibrium Models in Porous Media: A Comparative Study of Conduction effects"", https://doi.org/10.18419/DARUS-4771, DaRUS, V1 This dataset contains the source code for the pore-resolved simulations presented in Kostelecky et al., Local Thermal Non-Equilibrium Models in Porous Media: A Comparative Study of Conduction effects, International Journal of Heat and Mass Transfer. TODO: add doi after acceptance. The code generates a mesh of the fluid and solid geometry while reso...
poreresolved_LTE.py Mar 15, 2025 - Netgen/NGSolve code for pore-resolved simulations for: "Local Thermal Non-Equilibrium Models in Porous Media: A Comparative Study of Conduction effects" Python Source Code - 3.6 KB - MD5: 33698b85173e5587a3935870639bf105 For running heat conduction problem with temperature equilibrium on fluid-solid boundary
poreresolved_mesh.py Mar 15, 2025 - Netgen/NGSolve code for pore-resolved simulations for: "Local Thermal Non-Equilibrium Models in Porous Media: A Comparative Study of Conduction effects" Python Source Code - 3.1 KB - MD5: 871921b0438b022887423d7c3f580a0d For generating mesh
poreresolved_robin.py Mar 15, 2025 - Netgen/NGSolve code for pore-resolved simulations for: "Local Thermal Non-Equilibrium Models in Porous Media: A Comparative Study of Conduction effects" Python Source Code - 4.0 KB - MD5: eb69decba63a75b8dc2957af95b1cd89 For running heat conduction problem with Robin boundary condition (interface resistivity) on fluid-solid boundary

test_graph_2.ttl

Apr 28, 2025 - eSPARQL Implementation

Turtle RDF - 414 B -

test_graph_3.ttl

Apr 28, 2025 - eSPARQL Implementation

Turtle RDF - 541 B -

test_graph_4.ttl

Apr 28, 2025 - eSPARQL Implementation

Turtle RDF - 483 B -

Script to calculate turbulence-enhanced Brownian coagulation rate coefficients in nanoparticle suspensions

Mar 18, 2025 - Simulation Software

Karsch, Maximilian, 2025, "Script to calculate turbulence-enhanced Brownian coagulation rate coefficients in nanoparticle suspensions", https://doi.org/10.18419/DARUS-4773, DaRUS, V1

This dataset contains a script to calculate collision rate coefficients between nanoparticles under the joint influence of Brownian diffusion and turbulent advection. Coefficients like this are required within population balance models to describe the temporal evolution of particle size distributions. More information regarding the usage of the pro...

brTurbKernel.py

Mar 18, 2025 - Script to calculate turbulence-enhanced Brownian coagulation rate coefficients in nanoparticle suspensions

Python Source Code - 7.3 KB -

Python script

README.md

Mar 18, 2025 - Script to calculate turbulence-enhanced Brownian coagulation rate coefficients in nanoparticle suspensions

Markdown Text - 434 B -

Text file

Netgen/NGSolve code for pore-resolved simulations for: "Local Thermal Non-Equilibrium Models in Porous Media: A Comparative Study of Conduction effects"

Mar 15, 2025 - Model comparison for LTNE processes in porous media - conduction

Bringedal, Carina, 2025, "Netgen/NGSolve code for pore-resolved simulations for: "Local Thermal Non-Equilibrium Models in Porous Media: A Comparative Study of Conduction effects"", https://doi.org/10.18419/DARUS-4771, DaRUS, V1

This dataset contains the source code for the pore-resolved simulations presented in Kostelecky et al., Local Thermal Non-Equilibrium Models in Porous Media: A Comparative Study of Conduction effects, International Journal of Heat and Mass Transfer. TODO: add doi after acceptance. The code generates a mesh of the fluid and solid geometry while reso...

poreresolved_LTE.py

Mar 15, 2025 - Netgen/NGSolve code for pore-resolved simulations for: "Local Thermal Non-Equilibrium Models in Porous Media: A Comparative Study of Conduction effects"

Python Source Code - 3.6 KB -

For running heat conduction problem with temperature equilibrium on fluid-solid boundary

poreresolved_mesh.py

Mar 15, 2025 - Netgen/NGSolve code for pore-resolved simulations for: "Local Thermal Non-Equilibrium Models in Porous Media: A Comparative Study of Conduction effects"

Python Source Code - 3.1 KB -

For generating mesh

poreresolved_robin.py

Mar 15, 2025 - Netgen/NGSolve code for pore-resolved simulations for: "Local Thermal Non-Equilibrium Models in Porous Media: A Comparative Study of Conduction effects"

Python Source Code - 4.0 KB -

For running heat conduction problem with Robin boundary condition (interface resistivity) on fluid-solid boundary

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