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Ho Jang
Professor
Department of Materials Science and Engineering
Email
hojangkorea.ackr
5002
Citations
Source: Scopus
38
h-Index
Calculated based on no. of publications stored in Pure and citations from Scopus
1988 …
2021
Research activity per year
Overview
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Research output
(133)
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Dive into the research topics where Ho Jang is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Engineering & Materials Science
Friction materials
89%
Brakes
67%
Friction
56%
Wear of materials
31%
Brake linings
26%
Electrochemical properties
23%
Stick-slip
17%
Phenolic resins
14%
Graphite
12%
Iron
12%
Potassium
11%
Cathode materials
11%
Zircon
10%
Temperature
10%
Austenitic stainless steel
10%
Grain boundaries
9%
Molecular dynamics
9%
Wear resistance
9%
Cast iron
9%
Dynamometers
9%
Cathodes
8%
Composite materials
8%
Chemical analysis
8%
Lithium
7%
Copper
7%
Secondary batteries
7%
Resins
7%
Nanoindentation
7%
Polyamides
7%
Glass fibers
7%
Corrosion
7%
Solid lubricants
7%
Microstructure
6%
Oxides
6%
Zirconium
6%
Carbon
5%
Linings
5%
Doping (additives)
5%
Abrasives
5%
Coatings
5%
Antimony
5%
Stiffness
5%
Computer simulation
5%
Steel
5%
Contact resistance
5%
Atoms
5%
Heat treatment
5%
Proton exchange membrane fuel cells (PEMFC)
5%
Molar mass
5%
Ions
5%
Physics & Astronomy
brakes
83%
friction
63%
phenolic resins
16%
sliding
15%
coefficient of friction
12%
slip
12%
linings
11%
titanates
11%
potassium
9%
iron
8%
ingredients
8%
composite materials
8%
grain boundaries
8%
cathodes
7%
glass fibers
7%
dynamometers
6%
resins
6%
fretting
6%
abrasives
6%
sliding friction
6%
molecular dynamics
6%
cycles
6%
wear resistance
6%
casts
6%
particle emission
5%
storage batteries
5%
plateaus
5%
steels
5%
humidity
5%
simulation
5%
particulates
5%
vibration
5%
Chemical Compounds
Friction Material
100%
Wear
43%
Friction Coefficient
20%
Surface
15%
Cathode
14%
Resistance
13%
Grain Boundary
10%
Graphite
9%
Fiber
8%
Simulation
8%
Liquid Film
8%
Antimony Trisulfide
7%
Velocity
7%
Abrasive
7%
Torque
6%
Coating Agent
6%
Corrosion
6%
Wear Rate
6%
Microstructure
6%
Composite Material
6%
Molecular Dynamics
6%
Contact Resistance
6%
Polyamide
6%
Carbon Atom
5%
Amount
5%
Size Effect
5%
Atom Probe Field Ion Microscopy
5%
Corrosion Resistance
5%
Force
5%
Meniscus
5%
