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D M Heyes
HIndex: 19
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Autocorrelation
Molecular dynamics
Shear flow
Monte Carlo method
Thermal diffusivity
Relaxation
Computer simulation
Thermodynamics
Thermal conductivity
Elastic modulus
Equation of state
Length scale
Radial distribution function
Fick's laws of diffusion
Phase diagram
Shear rate
Percolation threshold
Coordination number
Brownian dynamics
Statistical mechanics
Shear stress
Three-dimensional space
Volume fraction
Lennard-Jones potential
Correlation function
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Autocorrelation
Molecular dynamics
Shear flow
Monte Carlo method
Thermal diffusivity
Relaxation
Computer simulation
Thermodynamics
Thermal conductivity
Elastic modulus
Equation of state
Length scale
Radial distribution function
Fick's laws of diffusion
Phase diagram
Shear rate
Percolation threshold
Coordination number
Brownian dynamics
Statistical mechanics
Shear stress
Three-dimensional space
Volume fraction
Lennard-Jones potential
Correlation function
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Match this author profile with one of the following researchers:
Author Name
Affiliation
Papers
D M Heyes
University Of Cambridge
238
D M Heyes
University Of Cambridge
19
D M Heyes
Imperial College London
8
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