Difference between revisions of "TUFLOW 2D Cell Size Selection"
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+ | = Rural Catchment Scenario Assessment = | ||
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+ | == Rural Model Description == | ||
This test is designed to simulate flood wave propagation down a river valley following the failure of a dam. The valley DEM is ~0.8 km by ~17 km and the valley slopes downstream on a slope of ~0.01 in its upper region, easing to ~0.001 at lower elevations. <br> | This test is designed to simulate flood wave propagation down a river valley following the failure of a dam. The valley DEM is ~0.8 km by ~17 km and the valley slopes downstream on a slope of ~0.01 in its upper region, easing to ~0.001 at lower elevations. <br> | ||
[[File:Mesh_Converge_Model_Description_001.png|400px]]<br> | [[File:Mesh_Converge_Model_Description_001.png|400px]]<br> | ||
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[[File:Mesh Converge Model Inflow 001.png|500px]]<br> | [[File:Mesh Converge Model Inflow 001.png|500px]]<br> | ||
− | + | == Rural Assessment Results == | |
− | == Rural | ||
{| class="wikitable " | {| class="wikitable " | ||
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|} | |} | ||
− | = Urbanised Catchment Assessment Results == | + | = Urbanised Catchment Scenario Assessment = |
+ | |||
+ | == Rural Model Description == | ||
+ | |||
+ | == Urban Assessment Results == |
Revision as of 13:16, 24 May 2018
This page is currently under construction.
Cell size convergence is an important concept in flood modelling.
Rural Catchment Scenario Assessment
Rural Model Description
This test is designed to simulate flood wave propagation down a river valley following the failure of a dam. The valley DEM is ~0.8 km by ~17 km and the valley slopes downstream on a slope of ~0.01 in its upper region, easing to ~0.001 at lower elevations.
The inflow hydrograph shown below is applied as a boundary condition at the upstream end of the valley.
Rural Assessment Results
Cell Size | Location 4 Result | Location 5 Result | Mesh Resolution Figure |
10m | |||
20m | |||
50m | |||
100m | |||
150m | |||
200m | |||
250m |