Category:Materials science
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Materials science includes those parts of chemistry, physics, geology and biology that deal with the physical, chemical or biological properties of materials. It is usually considered an applied science in which the properties it studies are used industrially.
Subcategories
This category has the following 26 subcategories, out of 41 total.
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Pages in category "Materials science"
The following 200 pages are in this category, out of approximately 442 total. This list may not reflect recent changes.
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- Lamé's stress ellipsoid
- Lamella (materials)
- Landolt–Börnstein
- Langmuir adsorption model
- Lanthanum aluminate-strontium titanate interface
- Larson–Miller relation
- Laser-heated pedestal growth
- Lely method
- Lever rule
- Levy–Mises equations
- LIGA
- Lightweighting
- Liquidus and solidus
- List of materials properties
- List of physical properties of glass
- List of software for nanostructures modeling
- Lode coordinates
- Low-energy electron diffraction
- Low-energy ion scattering
- Low-κ dielectric
- Lunar regolith simulant
M
- Machine-learned interatomic potential
- Macrograph
- Magic angle (EELS)
- Magnetic 2D materials
- Magnetoelectric effect
- Magnetorheological elastomer
- Martian regolith simulant
- Material failure theory
- List of materials analysis methods
- Materials informatics
- Materials oscilloscope
- Materials Project
- History of materials science
- Materials science in science fiction
- Materials Science Laboratory
- Materials with memory
- Materiomics
- Maxwell material
- Mechanical testing
- Mechanically stimulated gas emission
- Melting
- MEMS electrothermal actuator
- Mesocrystal
- Metal
- Metallurgical failure analysis
- Micromeritics
- Micronization
- Microplane model for constitutive laws of materials
- Microstructure
- Microthermal analysis
- Miedema's model
- Mineral physics
- Miscibility gap
- Mohr–Coulomb theory
- Mohs scale
- Moldable wood
- Momentum mapping format
- Multiferroics
- MXenes
- Mycelium-based materials
N
O
P
- P-wave modulus
- Paleo-inspiration
- Paris' law
- Particle aggregation
- Particle deposition
- Random sequential adsorption
- PEDOT-TMA
- Perovskite nanocrystal
- Persoz pendulum
- Perturbed angular correlation
- Phase diagram
- Phase-field model
- Photoelasticity
- Photoelectrochemical cell
- Photoelectrochemical process
- Photomechanical effect
- Photoresist
- Physical metallurgy
- Pidgeon process
- Piezospectroscopy
- Pinning points
- Plasma-facing material
- Plastics engineering
- Poisson's ratio
- Pole figure
- Polux
- Poly(amidoamine)
- Polyelectrolyte adsorption
- Polymer
- Polymer adsorption
- Polymer science
- Portevin–Le Chatelier effect
- Powder mixture
- Precipitate-free zone
- Pseudoelasticity
- PTFE fiber
- Pugmill
- Puncture resistance
R
- Radiation material science
- Rainflow-counting algorithm
- Ramberg–Osgood relationship
- Reaction bonded silicon carbide
- Recovery (metallurgy)
- Redux (adhesive)
- Reflectance difference spectroscopy
- Reinforced concrete
- Reliability engineering
- Reptation
- Residual strength
- Reticulated foam
- Retrogression heat treatment
- Reverse roll coating
- Rigid unit modes
- Rigidity theory (physics)
- Room-temperature densification method
- Rosiwal scale
- Rot-proof
- Rubber toughening
- Rule of mixtures
- Rustproofing
- Rutherford backscattering spectrometry
S
- Schmid's law
- Scleroscope
- Segregation (materials science)
- Selected area diffraction
- Material selection
- Self-buckling
- Self-healing material
- Severe plastic deformation
- Shear band
- Shear modulus
- Shrink-fitting
- SiC–SiC matrix composite
- Sieverts' law
- Slip (materials science)
- Slip bands in metals
- Slot-die coating
- Smart cut
- Solar reforming
- Solid solution
- Solid-state chemistry
- Specific modulus
- Specific strength
- Spider silk
- Spin echo small angle neutron scattering
- Spin engineering
- Spinmechatronics
- Spinodal decomposition
- Split-Hopkinson pressure bar
- Split-ring resonator
- Sputtering
- Squeeze flow
- Stacking-fault energy
- Standard linear solid model
- Sticking coefficient
- Sticking probability
- Stopping and Range of Ions in Matter
- Stopping power (particle radiation)
- Strain rate
- Strength of materials
- Strengthening mechanisms of materials
- Stress field
- Stress relaxation
- Striation (fatigue)
- Strongly correlated material
- Structural integrity and failure
- Structure field map
- SU-8 photoresist
- Sublimation sandwich method
- Substrate (materials science)
- Super black
- Superplasticity
- Surface diffusion
- Surface engineering
- Surface modification
- Surface states