[SedimentFileInformation] FileCreatedBy = Delft3D-FLOW-GUI, Version: 3.1804 FileCreationDate = 19-12-2003, 8:50:45 FileVersion = 02.00 [SedimentOverall] Cref = 1.537e+003 [kg/m3 ] = CSoil Reference density for hindered settling calculations IopSus = 0 [ - ] 1: Suspended sediment size is calculated dependent hydrodynamic conditions and d50 BsSkin = false KsSilt = 0.001 KsSand = 0.001 Falflc = true FlcNf = 2.15 FlcK2 = 1. FlcK3 = 5. FlcK4 = .0070 FlcD0 = 10.e-06 FlcD = 0.44 FlWsmin = 0.3e-3 EroSchel = false EroSns = 0. EroScv = 3.e-9 EroScu = 400. EroSd50 = 20.e-6 cons_mud = true cons_kk = 0.0e-14 cons_ksig= 2.0e8 cons_eta = 1.0e5 bingham = true bin_cvisco = 0.252 bin_cnvisco = 2.35 bin_cyield = 30.0 bin_abingh = 1000 ero_intfc = true conc_intfc = 25.0 pow_rich_zaki = 2.3529411764705882352941176470588 slurry = true carrierfluid= waterClay # water (default), waterClay or waterClaySilt rheology = Jacobs_vanKesteren # Winterwerp_Kranenburg , Jacobs_vanKesteren or Thomas, see keyword blocks below [Sediment] Name = #sediment coh1# [ - ] Name as specified in NamC in md-file sedtyp= sand :SEDTYP, type of sediment (sand or mud) tcrsed= 1.0000000e-001 [N/m2] :TCDUNI, critical bed shear stress for sedimentation tcrero= 1.0000000e+000 [N/m2] :TCEUNI, critical bed shear stress for erosion eropar= 9.9999997e-006 [kg/m2/s] :EROUNI, sediment erosion rate rhosol= 2.6500000e+003 [kg/m3] :RHOSOL, specific density seddia= 0.0002 [m] :SEDDIA, mean sediment diameter (D50) cdryb= 10.0000000e+002 [kg/m3] :CDRYB, dry bed density FacDSS = 1.0 [ - ] FacDss * SedDia = Initial suspended sediment diameter. range [0.6 - 1.0] sdbuni=2.5000000e+001 [kg/m2] :SDBUNI, initial sediment mass at bed per unit area [Sediment] Name = #sediment coh2# [ - ] Name as specified in NamC in md-file sedtyp=mud :SEDTYP, type of sediment (sand or mud) rhosol= 2.6500000e+003 [kg/m3] :RHOSOL, specific density salmax= 0.0000000e+000 [ppt] :SALMAX, salinity saline water ws0= 30 0.0000001e-004 [m/s] :WS0, settling velocity fresh water wsm= 30 0.0000001e-004 [m/s] :WSM, settling velocity saline water tcrsed= 1.0000000e-006 [N/m2] :TCDUNI, critical bed shear stress for sedimentation tcrero= 1.0000000e+000 [N/m2] :TCEUNI, critical bed shear stress for erosion eropar= 9.9999997e-006 [kg/m2/s] :EROUNI, sediment erosion rate cdryb= 5.0000000e+002 [kg/m3] :CDRYB, dry bed density FacDSS = 1.0 [ - ] FacDss * SedDia = Initial suspended sediment diameter. range [0.6 - 1.0] sdbuni= 2.5000000e+001 [kg/m2] :SDBUNI, initial sediment mass at bed per unit area