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Bin Li
Assistant Professor
Deputy Head for Academic Affairs of Mechanical Engineering (Robotics) Program
,
Mechanical Engineering (Robotics)
288
Citations
Source: Scopus
8
h-Index
Calculated based on no. of publications stored in Pure and citations from Scopus
2010
2022
Research activity per year
Overview
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Research output
(14)
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Dive into the research topics where Bin Li is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Weight
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Mathematics
Phase Field
100%
Phase Field Model
75%
Crack Propagation
75%
Brittle Fracture
69%
Brittle Materials
51%
Crack
47%
Surface Energy
43%
Anisotropic Material
38%
Variational Model
33%
B-spline
32%
Adaptive Refinement
27%
Dynamic Fracture
27%
Remeshing
24%
Hyperelasticity
24%
Elastomers
23%
Isogeometric Analysis
22%
Energy Conservation
21%
Modeling and Simulation
20%
Higher Order
20%
Damage
18%
Anisotropy
18%
Crack Tip
18%
Zigzag
15%
Discretization
15%
Basis Functions
15%
Formulation
14%
Spline
12%
Incompressibility
12%
Chain
12%
Triangle Mesh
12%
Triangle
11%
Adaptive Mesh Refinement
11%
Energy
11%
Refinement
10%
Modeling
10%
Adaptivity
10%
Strain Energy
9%
Insertion
9%
Plane Stress
8%
Model
8%
Mixed Formulation
7%
Mixed Mode
7%
NURBS
7%
Standards
7%
Compression
7%
Interpolate
7%
Energy Balance
7%
Dirichlet Boundary Conditions
7%
Fourth Order
7%
Shell Element
6%
Engineering & Materials Science
Brittle fracture
69%
Interfacial energy
63%
Cracks
56%
Crack propagation
49%
Splines
47%
Elastomers
35%
Microspheres
21%
Anisotropy
21%
Brittleness
17%
Crack tips
16%
Energy conservation
12%
Fracture mechanics
11%
Geometry
10%
Strain energy
10%
Chain length
9%
Interpolation
9%
Elasticity
8%
Polydispersity
8%
Partial differential equations
8%
Constitutive models
7%
Crystal growth
7%
Experiments
7%
Pressure effects
7%
Convergence of numerical methods
6%
Entropy
6%
Energy release rate
6%
Stretching
6%
Single crystals
6%
Boundary conditions
6%
Galerkin methods
6%
Energy balance
5%
Polymerization
5%
Physics & Astronomy
elastomers
34%
cracks
25%
transplantation
25%
kinking
23%
tearing
20%
chirality
17%
cleavage
16%
surface energy
15%
mesh
15%
stiffness
14%
carbon nanotubes
13%
curvature
13%
graphene
13%
oscillators
12%
damage
12%
engineering
11%
tubes
11%
elastic sheets
10%
mice
8%
internal energy
8%
fracture mechanics
7%
stem cells
5%
simulation
5%