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Domestic Slurry Hydraulics in Transport
Adithya Krishnan Thota Radhakrishnan
Sanitary Engineering
Research output
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Thesis
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Dissertation (TU Delft)
245
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Engineering
Apparent Viscosity
25%
Arrhenius-Type Equation
25%
Consistency Index
25%
Design
75%
Flow Regime
25%
Fluid
25%
Fluid Viscosity
50%
Good Prediction
25%
Hydraulics
100%
Models
75%
Multistage
25%
Newtonian Behaviour
25%
Newtonian Fluid
50%
Particle Size
25%
Pipeline
75%
Pressure Loss
100%
Reynolds' Number
25%
Rheological Property
25%
Rheology
100%
Source Separation
25%
Supports
25%
Thinning Behavior
25%
Total Suspended Solid
25%
Turbulence
25%
Turbulent Flow
50%
Yield Stress
75%
INIS
comparative evaluations
6%
concentration
73%
damping
6%
design
20%
distribution
6%
equations
6%
fluids
20%
food
13%
households
6%
hydraulics
100%
losses
26%
particle size
6%
particles
6%
pipelines
20%
power
6%
prediction
6%
reynolds number
6%
rheology
26%
shear
13%
slurries
100%
solids
6%
streams
6%
temperature dependence
6%
toilets
6%
transport
100%
transport theory
6%
transportation systems
13%
turbulence
6%
turbulent flow
13%
urine
6%
viscosity
20%
waste water
6%
wastes
20%
water
13%
yields
20%
Chemical Engineering
Temperature
100%
Water
66%