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Li Wang
Associate Professor
,
Mathematics
Email
wang8818
umn
edu
2011
2024
Research activity per year
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Projects and Grants
(5)
Research output
(39)
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(6)
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Dive into the research topics where Li Wang is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Mathematics
Radiative Transfer Equation
80%
Transport Equation
64%
Diffusion Limit
58%
Collision
57%
Kinetic Equation
52%
Gradient Flow
49%
Shock
44%
Fokker-Planck
43%
Thin Films
43%
Tumor Growth
43%
Scaling
42%
Fractional Diffusion
42%
Semiconductors
41%
Growth Model
39%
Boltzmann Equation
38%
Fluid
31%
Scattering
30%
Linear equation
30%
Free Boundary
30%
Term
29%
Relaxation Time
28%
Model
27%
Stiffness
26%
Constrained Optimization
26%
Cell
25%
Optical Imaging
25%
Propagation Speed
24%
One Dimension
24%
Numerical Methods
22%
Front Propagation
22%
Kinetics
22%
Inverse Problem
21%
Energy Transport
21%
Knudsen number
20%
Emotion
20%
Positivity
20%
Crank-Nicolson
19%
Siméon Denis Poisson
18%
Singular Limit
18%
Continuum Limit
17%
Proximal Algorithm
16%
Domain Decomposition Method
16%
Numerical Scheme
16%
Primal-dual Method
16%
Shock Capturing
15%
Energy
15%
Streaming
15%
Engineering & Materials Science
Radiative transfer
100%
Boltzmann equation
67%
Fluids
38%
Inverse problems
37%
Numerical methods
37%
Conservation
35%
Tumors
35%
Thin films
32%
Semiconductor materials
30%
Relaxation time
30%
Entropy
29%
Scattering
29%
Fokker Planck equation
26%
Constrained optimization
25%
Vlasov equation
22%
Relaxation
21%
Plasmas
21%
Momentum
21%
Mathematical operators
21%
Decomposition
21%
Gravitation
20%
Macros
19%
Domain decomposition methods
19%
Coulomb interactions
18%
Partial differential equations
18%
Porous materials
17%
Stiffness
16%
Brownian movement
14%
Nutrients
14%
Materials science
14%
Crime
13%
Transfer learning
13%
Boundary value problems
12%
Newton-Raphson method
12%
Surface tension
12%
Imaging techniques
11%
Mirrors
11%
Convection
11%
Crystals
11%
Piles
11%
Derivatives
10%
Error analysis
10%
Electric fields
10%
Experiments
9%
Polynomials
8%
Kinetic theory
8%
Sampling
8%
Boundary layers
7%
Physics & Astronomy
preserving
58%
collisions
27%
gradients
23%
scaling
21%
shock
17%
Fisher information
15%
Newton methods
15%
rarefaction
15%
settling
15%
baths
13%
free boundaries
13%
menisci
13%
fluids
13%
formulations
12%
Knudsen flow
11%
kinetic equations
11%
thin films
11%
optimization
11%
entropy
11%
tumors
11%
operators
10%
interfacial tension
10%
convection
10%
radiative transfer
9%
quadratic programming
9%
kinetics
9%
gravitation
8%
matrices
8%
convexity
8%
energy
7%
plasma dynamics
7%
pulse detonation engines
7%
costs
7%
performance
6%
electric fields
6%
stiffness
6%
Fokker-Planck equation
6%
genetic algorithms
6%
lubrication
6%
approximation
6%
interpolation
5%
nonlinear equations
5%
interactions
5%
vlasov equations
5%