Engineering
Nanofluid
100%
Boundary Condition
80%
Magnetic Field
80%
Physical Parameter
66%
Nanoparticle
53%
Peristaltic Flow
46%
Dimensionless
40%
Slippage
40%
Temperature Distribution
40%
Numerical Treatment
40%
Heat Loss
40%
Slip Velocity
40%
Thermal Radiation
40%
Stream Function ψ
20%
Newtonian Fluid
20%
Partial Differential Equation
20%
Dimensionless Form
20%
Continuity Equation
20%
Perturbation Technique
20%
Heat Generation
20%
Momentum Equation
20%
Combined Effect
20%
Fractional Derivative
20%
Pressure Gradient
19%
Flow Velocity
19%
Memory Effect
15%
Heat Distribution
13%
Isothermal
13%
Equation System
13%
Greater Effect
6%
Flow Rate
6%
Grashof Number
6%
Recursive
5%
Fixed Point
5%
Positive Solution
5%
Systems Dynamics
5%
Fractional-Order
5%
Local Model
5%
Rigorous Analysis
5%
Numerical Scheme
5%
Point Theorem
5%
Accurate Prediction
5%
Parameter Set
5%
Physics
Nanofluid
100%
Magnetic Field
80%
Nanoparticle
60%
Peristaltic Flow
46%
Chilling
40%
Operators (Mathematics)
33%
Boundary Condition
30%
Thermal Radiation
30%
Continuity Equation
20%
Temperature Distribution
20%
Partial Differential Equation
20%
Pressure Gradient
19%
Flow Velocity
19%
Non Newtonian Fluid
10%
Heat Generation
10%
Grashof Number
6%
