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

Engineering & Materials Science

Reinforced concrete
Energy storage
Soils
Pile foundations
Concretes
Asphalt concrete
Embankments
Piles
Sand
Creep
Reinforcement
Numerical analysis
Silica fume
Compressive strength
Clay
Strain hardening
Powders
Pavements
Silicates
Finite element method
Finite difference method
Steel fibers
Bearings (structural)
Altitude control
Concrete mixtures
Compressed air
Displacement measurement
Dynamic loads
Fibers
Geopolymers
Air permeability
Shear strength
Smart sensors
Constitutive equations
Testing
Traffic congestion
Construction industry
Slope stability
Waste incineration
Regression analysis
Granular materials
Liquefaction
Power generation
Parking
Biogas
Axles
Binders
Stiffness
Data fusion
Torque

Chemical Compounds

Concretes
Powders
Reinforced concrete
Asphalt concrete
Silica fume
Sandstone
Energy storage
Piles
Bearings (structural)
Altitude control
Concrete mixtures
Soils
Sand
Compressive strength
Air permeability
Shear strength
Smart sensors
Steel fibers
Dynamic loads
Creep
Parking
Reinforcement
Liquefaction
Diaphragms
Binders
Excavation
Strain hardening
Energy efficiency
Water
Finite element method
Controllers
Monitoring
Composite materials
Tensile strength

Earth & Environmental Sciences

sand
embankment
soil
discrete element method
vibration
sandstone
diaphragm wall
traffic congestion
compressed air
finite element method
constitutive equation
mortar
parking
stiffness
cement
soft clay
plowing
sample preparation
liquefaction
torque
stability analysis
shaft
creep
dissipation
simulation
excavation
pile
road
friction
pipe
silicate
aluminum
decomposition
method
clay
kinetics
stress analysis
torsion
plastic
park design
analysis
roughness