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

Engineering & Materials Science

Prestressing
Steel
Concretes
Ductility
Composite materials
Bearings (structural)
Life cycle
Safety engineering
Concrete construction
Composite bridges
Beams and girders
Cable stayed bridges
Bridge decks
Highway bridges
Steel bridges
Shear strength
Abutments (bridge)
Concrete bridges
Stiffness
Earth (planet)
Fatigue of materials
Box girder bridges
Composite structures
Cyclic loads
Load limits
Prestressed concrete
Finite element method
Steel corrosion
Footbridges
Tendons
Corrosion
Service life
Piers
Cracks
Bolts
Plate girder bridges
Energy harvesting
Flanges
Degradation
Cables
Dynamic response
Bending moments
Hot Temperature
Structural analysis
Steel beams and girders
Compressive strength
Acoustic waves
Corrosion rate
Earthquakes
Loads (forces)

Chemical Compounds

Steel
Concretes
Prestressing
Ductility
Composite materials
Bridge decks
Concrete construction
Bearings (structural)
Beams and girders
Fatigue of materials
Steel corrosion
Concrete bridges
Abutments (bridge)
Chlorides
Service life
Highway bridges
Cable stayed bridges
Composite bridges
Shear strength
Cyclic loads
Stiffness
Composite structures
Corrosion
Cements
Degradation
Steel bridges
Compressive strength
Load limits
Caustics
Bolts
Loads (forces)
Cracks
Carbonation
Current density
Flanges
Piezoelectricity
Steel structures
Precast concrete
Aluminum Oxide
Energy harvesting
Mortar
Tendons
Structural dynamics
Numerical methods
Ashes
Ions
Computer simulation
Failure modes
Portland cement
Prestressed concrete