Engineering
Alternating Current
13%
Boltzmann Equation
22%
Boundary Condition
21%
Carbon Nanotubes
20%
Channel Flow
6%
Channel Length
6%
Computational Cost
25%
Computational Efficiency
6%
Computational Fluid Dynamics
13%
Couette Flow
9%
Cross Section
13%
Dilute Gas
9%
Direct Simulation
30%
Dynamic Behavior
13%
Dynamical Behavior
13%
Elastic Scattering
6%
Energy Transportation
10%
Engineering
10%
Enskog Equation
15%
Evaporation Rate
13%
Experimental Result
11%
Flat Plate
6%
Flow Behavior
12%
Flow Problem
23%
Flow Regime
5%
Flow Simulation
17%
Flow System
10%
Fluid Dynamics
13%
Fluid Simulation
16%
Gas Flow
37%
Good Agreement
20%
Granular Gas
13%
Hard Disk
5%
Heat Flux
18%
High Aspect Ratio
20%
Hybrid Method
30%
Hybrid Model
13%
Hybrid Strategy
6%
Input Parameter
6%
Interaction Strength
9%
Internal Flow
16%
Isothermal
18%
Laplace Operator
6%
Lattice Boltzmann Model
13%
Lattice-Boltzmann Method
13%
Length Scale
18%
Macroscopic Scale
6%
Mass Flowrate
23%
Mean Free Path
6%
Microchannel
32%
Microfluidic Channel
13%
Microfluidic Device
13%
Microscale
24%
Molar Concentration
9%
Multicomponent System
13%
Multiscale
100%
Multiscale Modeling
6%
Nanofluidics
13%
Nanoscale
38%
Nanotubes
13%
Nonequilibrium
32%
Numerical Data
6%
Parallel Plate
6%
Particle Dynamic
9%
Particle Flow
13%
Poiseuille Flow
15%
Processing Method
6%
Proper Orthogonal Decomposition
13%
Rarefied Gas
13%
Rarefied Gas Flows
23%
Reacting Flow
6%
Salt Concentration
13%
Simulation Result
7%
Simulation Tool
13%
Slip Velocity
6%
Spectral Solution
13%
Systems Engineering
13%
Time Varying Unsteady Flow
6%
Transport Phenomena
13%
Vibrational Relaxation
6%
Physics
Boltzmann Equation
27%
Brillouin Scattering
9%
Couette Flow
16%
Distribution Function
9%
Elastic Scattering
13%
Free Molecular Flow
13%
Gas Mixture
6%
Granular Gas
13%
Inelastic Collision
9%
Kinetic Equation
6%
Mass Ratio
6%
Molecular Dynamics
32%
Molecular Relaxation
6%
Monatomic Gas
9%
Monte Carlo Method
13%
Noise Reduction
13%
Signal Processing
13%
Spectral Method
18%
Temperature Ratio
6%