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Fingerprint Dive into the research topics where Xiantao Li is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Physics & Astronomy

General

boundary conditions
molecular dynamics
kernel functions
continuums
simulation
dynamic models
cracks
derivation
static models
formalism
crack initiation
formulations
kinking
traction
multiscale models
dissipation
ghosts
projection
baths
parameterization
statistical mechanics
defects
evaluation
closures
rational functions
Green's functions

Mathematical and Computer Sciences

approximation
boundary element method
statistics
theorems
Galerkin method
Poisson equation
Born approximation
nonlinear equations

Physics

random noise
atoms
temperature
momentum
elastodynamics
conductive heat transfer
crack propagation
heat flux
elastic waves

Engineering

klystrons
moments
continuum mechanics
crack tips

Chemistry and Materials

iron
macromolecules

Social and Information Sciences

conservation laws

Mathematics

Molecular Dynamics
Coarse-graining
Dynamic Model
Langevin Dynamics
Reduced Model
Linear Response
Kernel Function
Continuum
Approximation
Interatomic Potential
Statistics
Model
Parameter Estimation
Fluctuation-dissipation Theorem
Generalized Langevin Equation
Projection Method
Euler-Poisson Equations
One-dimensional Model
Lattice Model
Wave Breaking
Boundary conditions
Dirichlet-to-Neumann Map
Absorbing Boundary Conditions
Formulation
Atomistic Simulation
Born Approximation
Multiscale Modeling
Coupling Method
Semiclassical Limit
Momentum
Computing
Discontinuous Galerkin Method
Gas Dynamics
Molecular Dynamics Simulation
Memory Function
Multivalued
Finite Temperature
Parametric Model
Heat Conduction
Numerical Approximation
Heat Flux
Galerkin Method
Statistical Mechanics
Projection
Galerkin
Closure
Numerical Methods
Numerical Scheme
Cauchy
Boundary Elements

Engineering & Materials Science

Molecular dynamics
Boundary conditions
Dynamic models
Crystalline materials
Computer simulation
Atoms
Cracks
Boundary element method
Numerical methods
Crack propagation
Temperature
Statistics
Delta functions
Born approximation
Defects
Momentum
Gas dynamics
Tensile strain
Shear strain
Elastic waves
Galerkin methods
Fluxes
Linear equations
Crack initiation
Crack tips
Parameter estimation
Green's function
Physics
Trajectories
Vacuum
Crystal defects
Iron
Brittle fracture
Stability criteria
Phase boundaries
Invariance
Gases
Shock waves