INIS
solutions
100%
nonlinear problems
74%
power
66%
equations
57%
finite element method
53%
dies
48%
approximations
45%
fluids
43%
beams
42%
extrusion
37%
design
36%
polymers
30%
optimization
29%
graphene
28%
dynamics
27%
velocity
25%
geometry
24%
penalties
20%
numerical solution
18%
sheets
18%
buckling
18%
modeling
17%
travelling waves
15%
errors
15%
fluid flow
14%
tubes
14%
comparative evaluations
13%
periodicity
13%
voltage
12%
values
12%
films
12%
walls
12%
convergence
11%
shear
11%
plastics
11%
simulation
10%
applications
10%
harmonics
10%
viscosity
10%
computerized simulation
9%
springs
9%
deformation
9%
data
9%
dirichlet problem
9%
boundary layers
9%
cross sections
9%
stiffness
9%
investigations
9%
surfaces
8%
devices
8%
Engineering
Extrusion Dies
25%
Lumped Parameter
24%
Graphene
20%
Parameter Model
19%
Travelling Wave
18%
Newtonian Fluid
17%
Numerical Solution
15%
Newtonian Flow
14%
Finite Element Solution
14%
Fluid Flow
14%
Finite Element Method
13%
Buckling
13%
Shear Rate
13%
Design Optimization
13%
Pressure Drop
13%
Fluid Viscosity
12%
Power Law Fluid
12%
Computer Simulation
12%
Microelectromechanical System
12%
Boundary Value
11%
Law Material
11%
Power Law Model
11%
Bernoulli Beam
9%
Initial Condition
9%
Equilibrium State
8%
Rheology
8%
Lumped Mass Model
8%
Solvability
8%
Aerodynamic Design
8%
Sufficient Condition
8%
Elastic Stiffness
8%
Initial Value
8%
Temperature Distribution
8%
Critical Buckling
7%
Finite Element Approximation
7%
Electrostatics
7%
Flow Rate
7%
Isothermal
6%
Pull-in Voltage
6%
Graphene Sheet
6%
Bifurcation Point
6%
Fluid Velocity
6%
Strain Hardening
5%
Fluid Model
5%
Design Equation
5%
Isothermal Flow
5%
Flow Simulation
5%
Comparative Analysis
5%
Design Method
5%
Computational Fluid Dynamics
5%
Keyphrases
Power Law
18%
Extrusion Die
17%
Finite Element Solution
15%
Finite Element Approximation
15%
Dynamic Pull-in
12%
Graphene
12%
Stationary Power
12%
Temperature Effect
12%
Non-Newtonian Fluid
11%
Burgers Equation
10%
Coat-hanger Die
9%
Traveling Wave Solutions
9%
Polymer Melt
8%
Non-Newtonian Flow
8%
Power-law Model
8%
Lumped Parameter Model
8%
Polymer Extrusion
8%
Design Optimization
8%
Sheet Extrusion
8%
Error Estimates
8%
First Eigenpair
8%
Stokes Problem
8%
Penalty Method
8%
Flow Network
8%
Traveling Wave
7%
Dirichlet Problem
7%
Finite Element Method
7%
Pressure Drop
6%
Viscous Dissipation
6%
Numerical Results
6%
Flow Uniformity
6%
Numerical Simulation
6%
Existence of Periodic Solutions
6%
Power-law Flow
6%
Elastic Stiffness Constant
6%
Shear Rate
5%
Flow Homogeneity
5%
Die Geometry
5%
Graphene-based Materials
5%
Finite Element
5%
Equilibrium State
5%
Euler Beam
5%
Approximate Solution
5%
Shock Thickness
5%
Comparative Analysis
5%
Post-buckling
5%
