diff --git a/debrisframe/c1Ti/c1TiCfg.ini b/debrisframe/c1Ti/c1TiCfg.ini
index cf7d3fc..d942ef2 100644
--- a/debrisframe/c1Ti/c1TiCfg.ini
+++ b/debrisframe/c1Ti/c1TiCfg.ini
@@ -25,10 +25,12 @@ modelType = dfa
 # desired result Parameters (ppr, pft, pfv, pta, FT, FV, P, FM, Vx, Vy, Vz, TA, particles) - separated by |
 resType = pft|pfv|ppr
 
-#+++++++++SNOW properties
-# density of snow [kg/m³]
-rho = 1500
-# density of entrained snow [kg/m³]
+#+++++++++Debris flow properties
+# density of debris flow mixture [kg/m³]
+# Override for density of fluid-solid mixture for debris flows
+rho = 2000
+# density of entrained debris [kg/m³]
+# TODO adjusting
 rhoEnt = 2000
 
 #++++++++++++++++ Particles
@@ -60,14 +62,70 @@ explicitFriction = 0
 # spatialVoellmy
 # CoulombMinShear
 # wetsnow
+## Rheological models for debris-flow simulations
+# OBrienAndJulien
+# HerschelAndBulkley
+# Ostwald
+# Bingham
+# Newton
 # Please note that each type has their own/separate parameters:
 # https://docs.avaframe.org/en/latest/theoryCom1DFA.html#friction-model
-frictModel = Voellmy
-
-#+++++++++++++Voellmy friction model 
-# default values for single layer (Meyrat et al. 2023)
-muvoellmy = 0.2
-xsivoellmy = 200.
+frictModel = Bingham
+#+++++++++++++Voellmy friction model
+muvoellmy = 0.155
+xsivoellmy = 4000.
+#+++++++++++++Coulomb friction model
+mucoulomb = 0.155
+#+++++++++DEBRIS FLOW properties
+# density of sediment [kg/m³]
+rhoSediment = 2650
+# mean sediment size [m]
+## TODO  adjusting
+sizeSediment = 0.002
+# maximum concentration of sediment particles [m³/m³]
+cvMaxSediment = 0.615
+# volumetric sediment concentration [m³/m³]
+## TODO adjusting
+cvSediment = 0.5
+#++++++++++++++Parameter Rheological models
+#++++++++++++O´Brien and Julien
+# viscosity parameter
+## TODO adjusting, default value O´Brien and Julien (1985)
+alpha1EtaObrienAndJulien = 0.650
+## TODO adjusting, default value O´Brien and Julien (1985)
+beta1EtaObrienAndJulien = 16.81
+# yield shear stress parameter
+## TODO adjusting, default value O´Brien and Julien (1985)
+alpha2TauyObrienAndJulien = 0.00886
+ ## TODO adjusting, default value O´Brien and Julien (1985)
+beta2TauyObrienAndJulien = 13.11
+# parameter, default value Takahashi (1978)
+alphaObrienAndJulien = 0.01
+#++++++++++++Herschel and Bulkley
+# viscosity parameter
+## TODO adjusting, default value O´Brien and Julien (1985)
+alpha1EtaHerschelAndBulkley = 0.650
+ ## TODO adjusting, default value O´Brien and Julien (1985)
+beta1EtaHerschelAndBulkley = 16.81
+# yield shear stress parameter
+ ## TODO adjusting, default value O´Brien and Julien (1985)
+alpha2TauyHerschelAndBulkley = 0.00886
+ ## TODO adjusting, default value O´Brien and Julien (1985)
+beta2TauyHerschelAndBulkley = 13.11
+# flow exponent
+## TODO adjusting
+nHerschelAndBulkley = 1.5
+#++++++++++++Bingham
+# viscosity parameter
+## TODO adjusting, default value O´Brien and Julien (1985)
+alpha1EtaBingham = 0.650
+ ## TODO adjusting, default value O´Brien and Julien (1985)
+beta1EtaBingham = 16.81
+# yield shear stress parameter
+ ## TODO adjusting, default value O´Brien and Julien (1985)
+alpha2TauyBingham = 0.00886
+ ## TODO adjusting, default value O´Brien and Julien (1985)
+beta2TauyBingham = 13.11
 
 #++++++++++++ Entrainment Erosion Energy
 # Used to determine speed loss via energy loss due to entrained mass