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

Engineering & Materials Science

Torsional stress
Grain refinement
Hardness
Strengthening (metal)
Aging of materials
Processing
Injection molding
Equal channel angular pressing
Feedstocks
Aluminum alloys
Hydroxyapatite
Powders
Age hardening
Microstructure
Corrosion resistance
Hardening
Binders
Cooling
Temperature
Casting
Tensile strength
Plastic deformation
Multilayer films
Microstructural evolution
Polyethylenes
Tensile properties
Titanium alloys
Cryogenics
Metals
Nanostructures
Thermodynamic stability
Melting point
Thin films
Mechanical properties
Geometry
Elongation
Nanoindentation
Remelting
Activation energy
Tensile stress
Stainless steel
Shear strain
Yield stress
Compaction
Defects
Porosity
Rheometers

Chemical Compounds

Torsional stress
Aging of materials
Grain refinement
Hardness
Processing
Age hardening
Hardening
Equal channel angular pressing
Tensile strength
Metals
Microstructural evolution
Feedstocks
Temperature
Polyethylene
Tensile properties
Plastic deformation
Injection molding
Powders
Cryogenics
Casting
Binders
Cooling
Corrosion resistance
Nanostructures
Thermodynamic stability
Geometry
Elongation
Strengthening (metal)
Mechanical properties
Tensile stress
Microstructure
Shear strain
Yield stress
Melting point
Compaction
Porosity

Physics & Astronomy

General

torsion
precipitation hardening
hardening
plastic deformation
sliding
saturation
grain size
thermal stability
cryogenics
metals
shear strain

Chemistry and Materials

hardness
tensile strength

Engineering

softening

Physics

cryogenic temperature
room temperature
temperature