Open xldeltares opened 1 year ago
Objective: convert and calibrate a hybridurb model from a Delft3DFM 1D model. Test case Eindhoven.
About Delft3DFM model: model topology: rr + dflowfm model results: rainfall + flood on manholes
About hybridurb: graph model: distributed physical network + semi-distributed hydrological network. regression model: static features (sewer physical parameters) + dynamic feature (hydrological process) --> probability of flooding
About test case Eindhoven: sewer network + hydraulic structures (pumps and weirs) Memo on hybridurb.docx rionet design rainfall Rainfall_NL_RIONED.xlsx
Steps
MileStones
[x] #11 [x] #21 [x] #24 [x] #14 [ ] #35 [ ] #25 [ ] #36 (joined development with hydromt_delft3dfm) [ ] #23 [optional] [ ] #12 [ ] #22 [ ] #26
[ ] #38 (vision #30) [optional] [ ] #18 [ ] #17
[ ] #16 [ ] #31 [ ] #13 [ ] #32 [ ] #15 (vision #28 & #29 )
[ ] #27
Planning https://github.com/users/xldeltares/projects/1/views/3?filterQuery=
Attachement (flow chart)
Objective: convert and calibrate a hybridurb model from a Delft3DFM 1D model. Test case Eindhoven.
About Delft3DFM model: model topology: rr + dflowfm model results: rainfall + flood on manholes
About hybridurb: graph model: distributed physical network + semi-distributed hydrological network. regression model: static features (sewer physical parameters) + dynamic feature (hydrological process) --> probability of flooding
About test case Eindhoven: sewer network + hydraulic structures (pumps and weirs) Memo on hybridurb.docx rionet design rainfall Rainfall_NL_RIONED.xlsx
Steps
MileStones
Planning https://github.com/users/xldeltares/projects/1/views/3?filterQuery=
Attachement (flow chart)![Image](https://github.com/xldeltares/hybridurb/assets/71022080/f32ab20c-c06b-4b46-abed-04662d9530a0)