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Ge Kang
School of Mechatronical Engineering
h-index
273
Citations
11
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
2015
2025
Research activity per year
Overview
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Research output
(23)
Similar Profiles
(9)
Fingerprint
Dive into the research topics where Ge Kang 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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Engineering
Mesoscale
94%
Explosive Charge
66%
Ignition
66%
Particle Volume
62%
Simulation Result
53%
Filled Particle
50%
Simulation Method
50%
Preexisting Crack
44%
Binders
42%
Polymer Binder
38%
Defects
36%
Model Structure
33%
Impact Loads
33%
Finite Element Method
33%
Collision Dynamics
33%
Element Form
33%
Crack Surface
33%
Tracking Algorithm
33%
Constitutive Model
31%
Micro Crack
30%
Microcracks
30%
Experimental Result
27%
Tensiles
27%
Strain Rate
25%
Interfacial Debonding
23%
Damage Evolution
22%
Mechanical Response
22%
Peak Strength
20%
Crack Path
20%
Microcrack Density
20%
Microstructure
19%
Damage Morphology
17%
High Volume Fraction
16%
Rock Structure
16%
Young's Modulus
16%
Outer Boundary
16%
Structural Mechanics
16%
Rationality
16%
Streetlight
16%
Contact Set
16%
Couplings
13%
Composite Material
13%
Normal Distribution
13%
Mechanical Performance
12%
Mechanical Failure
11%
Discontinuity Surface
11%
Shear Damage
11%
Discrete Systems
11%
Rock Slope
11%
Mathematical Expression
11%
Material Science
Volume Fraction
100%
Microcracks
77%
Ultimate Tensile Strength
63%
Debonding
44%
Composite Material
44%
Dynamic Loads
41%
Nucleation
41%
Mechanical Property
38%
Crack Propagation
36%
Discontinuous Deformation Analysis
33%
Mechanical Deformation
33%
Finite Element Method
33%
Density
33%
Brittleness
33%
Damage Evolution
33%
Filled Polymer
33%
Large Deformation
33%
Compressive Strength
33%
Mechanical Failure
33%
Particle Breakage
33%
Granular Material
33%
Surface Crack
33%
Mechanical Strength
30%
Crack Initiation
25%
Strain Rate
22%
HMX
22%
Crack Formation
16%
Polymer Composite
16%
Polymer Matrix
16%
Effect of Strain
11%
Particle Modification
5%
