Saint-Venant 1D hydrodynamic models

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

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11 to 20 of 476 Results

Waller Creek SPRNT Data.zipC Sep 23, 2019 - Test case data for Reference Slope study with HEC-RAS and SPRNT-RS Unknown - 5.4 MB - MD5: a98bf5721f2ed95253e7075ff4cee81d
Evaluation of the performance of the Reference Slope (RS) Method in Simulation Program for River Network (SPRNT) Sep 20, 2019 - ReferenceSlope Yu, Cheng-Wei; Hodges, Ben R.; Liu, Frank, 2019, "Evaluation of the performance of the Reference Slope (RS) Method in Simulation Program for River Network (SPRNT)", https://doi.org/10.18738/T8/GRCB8B, Texas Data Repository, V1 The reference slope (RS) method has been proposed to resolve and eliminate possible numerical oscillation caused by the non-Lipschitz continuous source term in the Saint-Venant equations. The primary descriptions of the RS methods are found in Yu et. al. (2019). This technical re...
Yu Hodges and Liu (2019) Reference Slope Technical Report.pdf Sep 20, 2019 - Evaluation of the performance of the Reference Slope (RS) Method in Simulation Program for River Network (SPRNT) Adobe PDF - 27.4 MB - MD5: e2885e6eb135465dac640af6269f8d42 Provides validation tests of SPRNT-RS Saint-Venant solver using Reference Slope method.
outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart Jul 10, 2019 - SvePy Waller Creek test case output Hodges, Ben R., 2019, "outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart", https://doi.org/10.18738/T8/2W3YJQ, Texas Data Repository, V1 outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart
area_output_20190510_0943.txt Jul 10, 2019 - outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart Plain Text - 6.7 MB - MD5: ea6dcde28ae75f8c196b78e7627d68ec
breadth_output_20190510_0943.txt Jul 10, 2019 - outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart Plain Text - 1.5 KB - MD5: e9d5b9bcc8dc58c23855f3cdd5dadb71
control_setting_20190510_0943.txt Jul 10, 2019 - outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart Plain Text - 11.5 KB - MD5: 8cc515de1fc3abe15b0e00363714b676
elevation_faceM_output_20190510_0943.txt Jul 10, 2019 - outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart Plain Text - 6.5 MB - MD5: c33a636052bf1034f27ae2b92aa60e09
elevation_faceP_output_20190510_0943.txt Jul 10, 2019 - outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart Plain Text - 6.5 MB - MD5: f77eaa80c0edad02703d4c1dfc24ffaa
elevation_output_20190510_0943.txt Jul 10, 2019 - outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart Plain Text - 6.5 MB - MD5: efdb0310d1704388993b810cf033a720

Waller Creek SPRNT Data.zipC

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

Unknown - 5.4 MB -

Evaluation of the performance of the Reference Slope (RS) Method in Simulation Program for River Network (SPRNT)

Sep 20, 2019 - ReferenceSlope

Yu, Cheng-Wei; Hodges, Ben R.; Liu, Frank, 2019, "Evaluation of the performance of the Reference Slope (RS) Method in Simulation Program for River Network (SPRNT)", https://doi.org/10.18738/T8/GRCB8B, Texas Data Repository, V1

The reference slope (RS) method has been proposed to resolve and eliminate possible numerical oscillation caused by the non-Lipschitz continuous source term in the Saint-Venant equations. The primary descriptions of the RS methods are found in Yu et. al. (2019). This technical re...

Yu Hodges and Liu (2019) Reference Slope Technical Report.pdf

Sep 20, 2019 - Evaluation of the performance of the Reference Slope (RS) Method in Simulation Program for River Network (SPRNT)

Adobe PDF - 27.4 MB -

Provides validation tests of SPRNT-RS Saint-Venant solver using Reference Slope method.

outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart

Jul 10, 2019 - SvePy Waller Creek test case output

Hodges, Ben R., 2019, "outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart", https://doi.org/10.18738/T8/2W3YJQ, Texas Data Repository, V1

outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart

area_output_20190510_0943.txt

Jul 10, 2019 - outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart

Plain Text - 6.7 MB -

breadth_output_20190510_0943.txt

Jul 10, 2019 - outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart

Plain Text - 1.5 KB -

control_setting_20190510_0943.txt

Jul 10, 2019 - outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart

Plain Text - 11.5 KB -

elevation_faceM_output_20190510_0943.txt

Jul 10, 2019 - outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart

Plain Text - 6.5 MB -

elevation_faceP_output_20190510_0943.txt

Jul 10, 2019 - outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart

Plain Text - 6.5 MB -

elevation_output_20190510_0943.txt

Jul 10, 2019 - outtxt_WallerCreek_momentumjump_T00_Coarse_20190510_restart

Plain Text - 6.5 MB -

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