| Summary: | The study presents the analysis of bedload transport, changes in the structure armour layer and topography of the sediments during the degradation process, In the anaiysis of variations in channel slope and bedload composition of actively moving, The study focused on observations of shear stress on the condition of passive and active conditions on the formation of armor layer at a constant discharge, Hydraulics Lab studies usir'6 the main sediment-recirculating flume of plexiglass dimensionless width 0,60 m, length of 10,00 m, a depth of OA5 m and a channel slope of 1 % to 3%, Constant discharge capacity of 40 l/s, Granular material is mixed with a composition of 70% gravel, 30% sand, Running on low flow two phases which phase equilibrium and armor. The instruments used between digital current meter, point gauge meter, sediment feeder, trap sediment, and surfer software version 8,0, The ;esults illustrale the change in the ,iope of the channel armouring impact on increasing shear stress, Conditions are shown armor iayer structure changes and changes in surface topography_ While the grain size profile armor layer more upright, this condition indicates that the formation of armor layer effect on the stabil;!y of the channel
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