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An overview of phonon-based heat conduction models and their solution
V. M. Wheeler,
K. K. Tamma
Mechanical Engineering
Research output
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Contribution to journal
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Article
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peer-review
2
Scopus citations
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Mathematics
Phonon
93%
Heat Conduction
67%
Thin Films
29%
Heat Equation
29%
Approximation
28%
Heat Transfer
24%
Model
20%
Isotropy
18%
Boltzmann Equation
17%
Thermal Model
13%
Fourier's Law
12%
Discretization
11%
Energy Distribution
11%
Design Methodology
10%
Formulation
10%
Model Analysis
9%
Relaxation Time
9%
Discretization Method
9%
Energy Function
9%
Radiation
8%
Randomness
8%
Albert Einstein
8%
Diffusion equation
7%
Phase Space
7%
Distribution Function
6%
Completeness
6%
Physics
6%
Limiting
6%
Prediction
6%
Approximate Solution
6%
Gradient
6%
Numerical Simulation
6%
Valid
5%
Numerical Methods
5%
Boundary conditions
5%
Simulation
5%
Engineering & Materials Science
Heat conduction
66%
Radiative transfer
34%
Hot Temperature
30%
Boltzmann equation
24%
Thin films
22%
Heat transfer
15%
Relaxation time
10%
Distribution functions
8%
Thermal gradients
8%
Numerical methods
7%
Physics
6%
Radiation
6%
Boundary conditions
6%
Computer simulation
4%