Saint-Venant 1D hydrodynamic models

Research products associated with 1D modeling of rivers, river networks, and urban water system hydraulics.

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1 to 10 of 482 Results

Supporting Data for Automated detection of instability-inducing channel geometry transitions in Saint-Venant simulation of large-scale river networks May 6, 2021 Yu, Cheng-Wei; Hodges, Ben R.; Liu, Frank, 2021, "Supporting Data for Automated detection of instability-inducing channel geometry transitions in Saint-Venant simulation of large-scale river networks", https://doi.org/10.18738/T8/IPHYKM, Texas Data Repository, V1 Code and supporting data for Automated detection of instability-inducing channel geometry transitions in Saint-Venant simulation of large-scale river networks. Manuscript in preparation for peer review.
Supporting Data for Yu Hodges and Liu 2021 Automated detection of instability.zipC May 6, 2021 - Supporting Data for Automated detection of instability-inducing channel geometry transitions in Saint-Venant simulation of large-scale river networks Unknown - 494.4 MB - MD5: a9c5145f4eee56c2f33f9381f6b3f659 Compress (zip) file of supporting data and model code.
PipeAC code and supporting data May 14, 2020 - PipeAC Hodges, Ben R., 2020, "PipeAC code and supporting data", https://doi.org/10.18738/T8/5GJ6ST, Texas Data Repository, V1 PipeAC code and supporting data for PipeAC model for the manuscript "An artificial compressibility method for 1D simulation of open-channel and pressurized-pipe flow".
PipeAC_20200513.zipC May 14, 2020 - PipeAC code and supporting data Unknown - 355.5 MB - MD5: 93cd477156aaf0c1ce2ec54ec5263a34
PipeAC(University of Texas at Austin) May 14, 2020 Artificial compressibility model for free-surface and surcharged pipe flow using Saint-Venant equations. PipeAC code is Python 3.7 scripting. Code is published as public domain software. Scripts for analysis and model results are provided.
Test case data for Reference Slope study with HEC-RAS and SPRNT-RS Sep 23, 2019 - ReferenceSlope Yu, Cheng-Wei; Hodges, Ben R.; Liu, Frank, 2019, "Test case data for Reference Slope study with HEC-RAS and SPRNT-RS", https://doi.org/10.18738/T8/BXJBF5, Texas Data Repository, V1 Files for running SPRNT-RS and HEC-RAS on simulation test cases used in the manuscript Yu, Hodges and Liu (2019) "Numerical Modeling of the Saint-Venant Equations: Effects and Adaptions for Bottom Slope Discontinuity".
Analytical Test Case SPRNTRS.zipC Sep 23, 2019 - Test case data for Reference Slope study with HEC-RAS and SPRNT-RS Unknown - 25.5 MB - MD5: b432cb30352fb40e756837ffa6b14938 Remove the C from the zipC extension and this is a standard zip compressed file.
README.txt Sep 23, 2019 - Test case data for Reference Slope study with HEC-RAS and SPRNT-RS Plain Text - 2.8 KB - MD5: a691a35b1feabffe362212ec90f72413
Synthetic Cases SPRNTRS.zipC Sep 23, 2019 - Test case data for Reference Slope study with HEC-RAS and SPRNT-RS Unknown - 3.8 MB - MD5: 1a3f3bbbd4a0c3104854d9d6b39d853e Remove the C from the zipC extension and this is a standard zip compressed file.
Synthetic_Test_Case_HECRAS.zipC Sep 23, 2019 - Test case data for Reference Slope study with HEC-RAS and SPRNT-RS Unknown - 953.9 KB - MD5: 18946c23391e502da6f01965cf367ddf Remove the C from the zipC extension and this is a standard zip compressed file.

Supporting Data for Automated detection of instability-inducing channel geometry transitions in Saint-Venant simulation of large-scale river networks

May 6, 2021

Yu, Cheng-Wei; Hodges, Ben R.; Liu, Frank, 2021, "Supporting Data for Automated detection of instability-inducing channel geometry transitions in Saint-Venant simulation of large-scale river networks", https://doi.org/10.18738/T8/IPHYKM, Texas Data Repository, V1

Code and supporting data for Automated detection of instability-inducing channel geometry transitions in Saint-Venant simulation of large-scale river networks. Manuscript in preparation for peer review.

Supporting Data for Yu Hodges and Liu 2021 Automated detection of instability.zipC

May 6, 2021 - Supporting Data for Automated detection of instability-inducing channel geometry transitions in Saint-Venant simulation of large-scale river networks

Unknown - 494.4 MB -

Compress (zip) file of supporting data and model code.

PipeAC code and supporting data

May 14, 2020 - PipeAC

Hodges, Ben R., 2020, "PipeAC code and supporting data", https://doi.org/10.18738/T8/5GJ6ST, Texas Data Repository, V1

PipeAC code and supporting data for PipeAC model for the manuscript "An artificial compressibility method for 1D simulation of open-channel and pressurized-pipe flow".

PipeAC_20200513.zipC

May 14, 2020 - PipeAC code and supporting data

Unknown - 355.5 MB -

PipeAC(University of Texas at Austin)

May 14, 2020

Artificial compressibility model for free-surface and surcharged pipe flow using Saint-Venant equations. PipeAC code is Python 3.7 scripting. Code is published as public domain software. Scripts for analysis and model results are provided.

Test case data for Reference Slope study with HEC-RAS and SPRNT-RS

Sep 23, 2019 - ReferenceSlope

Yu, Cheng-Wei; Hodges, Ben R.; Liu, Frank, 2019, "Test case data for Reference Slope study with HEC-RAS and SPRNT-RS", https://doi.org/10.18738/T8/BXJBF5, Texas Data Repository, V1

Files for running SPRNT-RS and HEC-RAS on simulation test cases used in the manuscript Yu, Hodges and Liu (2019) "Numerical Modeling of the Saint-Venant Equations: Effects and Adaptions for Bottom Slope Discontinuity".

Analytical Test Case SPRNTRS.zipC

Sep 23, 2019 - Test case data for Reference Slope study with HEC-RAS and SPRNT-RS

Unknown - 25.5 MB -

Remove the C from the zipC extension and this is a standard zip compressed file.

README.txt

Sep 23, 2019 - Test case data for Reference Slope study with HEC-RAS and SPRNT-RS

Plain Text - 2.8 KB -

Synthetic Cases SPRNTRS.zipC

Sep 23, 2019 - Test case data for Reference Slope study with HEC-RAS and SPRNT-RS

Unknown - 3.8 MB -

Remove the C from the zipC extension and this is a standard zip compressed file.

Synthetic_Test_Case_HECRAS.zipC

Sep 23, 2019 - Test case data for Reference Slope study with HEC-RAS and SPRNT-RS

Unknown - 953.9 KB -

Remove the C from the zipC extension and this is a standard zip compressed file.

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