1 |
Ultimate tensile strength |
4,849 |
 |
2 |
Stress (mechanics) |
4,306 |
 |
3 |
Crystal structure |
3,434 |
 |
4 |
Evaporation |
3,115 |
 |
5 |
Materials science |
3,055 |
 |
6 |
Mohs scale of mineral hardness |
2,811 |
 |
7 |
Dielectric |
2,461 |
 |
8 |
Resistivity |
2,385 |
 |
9 |
Hysteresis |
2,306 |
 |
10 |
Adsorption |
2,114 |
 |
11 |
Strength of materials |
1,924 |
 |
12 |
Poisson's ratio |
1,838 |
 |
13 |
Analytical chemistry |
1,740 |
 |
14 |
Phase diagram |
1,669 |
 |
15 |
Hardness |
1,465 |
 |
16 |
Microelectromechanical systems |
1,440 |
 |
17 |
Fracture |
1,389 |
 |
18 |
Buckling |
1,310 |
 |
19 |
Adhesion |
1,291 |
 |
20 |
Spider silk |
1,251 |
 |
21 |
ASTM International |
1,205 |
 |
22 |
Nondestructive testing |
1,161 |
 |
23 |
Shear modulus |
1,159 |
 |
24 |
Elastomer |
1,143 |
 |
25 |
Metamaterial |
1,127 |
 |
26 |
Viscoelasticity |
924 |
 |
27 |
Differential scanning calorimetry |
848 |
 |
28 |
Melting |
787 |
 |
29 |
Von Mises yield criterion |
786 |
 |
30 |
Toughness |
727 |
 |
31 |
Coordination number |
721 |
 |
32 |
Condensed matter physics |
714 |
 |
33 |
Compressive strength |
656 |
 |
34 |
Coating |
627 |
 |
35 |
Brittleness |
597 |
 |
36 |
Tribology |
549 |
 |
37 |
Sputtering |
525 |
 |
38 |
Electron mobility |
513 |
 |
39 |
Ceramic engineering |
481 |
 |
40 |
Crystal growth |
478 |
 |
41 |
Tensile testing |
464 |
 |
42 |
Mohr's circle |
458 |
 |
43 |
Forensic engineering |
446 |
 |
44 |
Thermogravimetric analysis |
439 |
 |
45 |
Photoresist |
424 |
 |
46 |
Polymorphism (materials science) |
421 |
 |
47 |
Evanescent wave |
392 |
 |
48 |
Solid solution |
350 |
 |
49 |
Grain boundary |
347 |
 |
50 |
Galling |
329 |
 |
51 |
Hyperspectral imaging |
306 |
 |
52 |
Infinitesimal strain theory |
294 |
 |
53 |
Ohmic contact |
290 |
 |
54 |
Ion implantation |
282 |
 |
55 |
Diamond anvil cell |
279 |
 |
56 |
Thermal spraying |
269 |
 |
57 |
Crystal twinning |
265 |
 |
58 |
Necking (engineering) |
255 |
 |
59 |
Specific strength |
248 |
 |
60 |
Slip (materials science) |
243 |
 |
61 |
Elemental analysis |
239 |
 |
62 |
Universal testing machine |
239 |
 |
63 |
Thermal analysis |
233 |
 |
64 |
Dynamic mechanical analysis |
230 |
 |
65 |
Polymer science |
216 |
 |
66 |
Mohr–Coulomb theory |
211 |
 |
67 |
Burgers vector |
200 |
 |
68 |
Lamella (materials) |
198 |
 |
69 |
Flexural modulus |
198 |
 |
70 |
Negative index metamaterials |
196 |
 |
71 |
Microstructure |
193 |
 |
72 |
Torsion constant |
183 |
 |
73 |
Strain rate |
176 |
 |
74 |
Yield surface |
174 |
 |
75 |
Void ratio |
170 |
 |
76 |
Photoelectrochemical processes |
164 |
 |
77 |
Failure theory (material) |
163 |
 |
78 |
Low-energy electron diffraction |
161 |
 |
79 |
Superlens |
158 |
 |
80 |
Combinatorial chemistry |
157 |
 |
81 |
List of important publications in chemistry |
155 |
 |
82 |
Rainflow-counting algorithm |
151 |
 |
83 |
SU-8 photoresist |
151 |
 |
84 |
Timeline of materials technology |
148 |
 |
85 |
Lever rule |
148 |
 |
86 |
Digital image correlation |
143 |
 |
87 |
FKM |
139 |
 |
88 |
Rutherford backscattering spectrometry |
138 |
 |
89 |
Photoelectrochemical cell |
135 |
 |
90 |
Plastics engineering |
134 |
 |
91 |
Surface diffusion |
133 |
 |
92 |
Asperity |
131 |
 |
93 |
Low-k dielectric |
130 |
 |
94 |
Kelvin–Voigt material |
129 |
 |
95 |
Maxwell material |
127 |
 |
96 |
X-ray absorption spectroscopy |
126 |
 |
97 |
Spinodal decomposition |
126 |
 |
98 |
Standard Linear Solid model |
125 |
 |
99 |
LIGA |
123 |
 |
100 |
Thermal barrier coating |
119 |
 |
101 |
Chemical stability |
116 |
 |
102 |
Nanoindentation |
115 |
 |
103 |
Contact resistance |
114 |
 |
104 |
X-ray microtomography |
113 |
 |
105 |
Metamaterial cloaking |
112 |
 |
106 |
Photoelasticity |
111 |
 |
107 |
Stopping power (particle radiation) |
110 |
 |
108 |
Liquidus |
109 |
 |
109 |
Self-healing material |
108 |
 |
110 |
List of materials analysis methods |
105 |
 |
111 |
Material selection |
105 |
 |
112 |
Cathodoluminescence |
103 |
 |
113 |
Micronization |
101 |
 |
114 |
Henri Tresca |
99 |
 |
115 |
Hume-Rothery rules |
99 |
 |
116 |
High pressure |
96 |
 |
117 |
Beamline |
96 |
 |
118 |
XANES |
96 |
 |
119 |
Tribometer |
93 |
 |
120 |
Stress relaxation |
92 |
 |
121 |
Extended X-ray absorption fine structure |
90 |
 |
122 |
Bonding in solids |
90 |
 |
123 |
Surface modification |
89 |
 |
124 |
Strengthening mechanisms of materials |
89 |
 |
125 |
J integral |
88 |
 |
126 |
Multiferroics |
87 |
 |
127 |
Grain growth |
86 |
 |
128 |
Thermomechanical analysis |
86 |
 |
129 |
Acoustic emission |
84 |
 |
130 |
Micromeritics |
83 |
 |
131 |
Semiconductor carrier mobility |
83 |
 |
132 |
Electrostriction |
82 |
 |
133 |
Spallation Neutron Source |
81 |
 |
134 |
Functionally graded material |
81 |
 |
135 |
Solidus (chemistry) |
79 |
 |
136 |
Entropic force |
79 |
 |
137 |
Paris' law |
78 |
 |
138 |
Ramberg–Osgood relationship |
78 |
 |
139 |
Forensic materials engineering |
75 |
 |
140 |
Langmuir adsorption model |
72 |
 |
141 |
Touchstone (assaying tool) |
70 |
 |
142 |
Wilhelmy plate |
68 |
 |
143 |
Split-ring resonator |
65 |
 |
144 |
X-ray absorption fine structure |
64 |
 |
145 |
Bauschinger effect |
64 |
 |
146 |
Ceramography |
64 |
 |
147 |
Opacifier |
63 |
 |
148 |
Recovery (metallurgy) |
63 |
 |
149 |
Nanofluidics |
63 |
 |
150 |
Superplasticity |
62 |
 |
151 |
Surface states |
62 |
 |
152 |
Pseudoelasticity |
61 |
 |
153 |
Metamaterial antennas |
59 |
 |
154 |
Effective medium approximations |
58 |
 |
155 |
Weibull modulus |
55 |
 |
156 |
Frank-Read Source |
55 |
 |
157 |
History of materials science |
54 |
 |
158 |
Specific modulus |
53 |
 |
159 |
Crystal engineering |
53 |
 |
160 |
Waviness |
53 |
 |
161 |
Generalized Maxwell model |
52 |
 |
162 |
Cyclic stress |
51 |
 |
163 |
Electroceramics |
50 |
 |
164 |
High Power Impulse Magnetron Sputtering |
49 |
 |
165 |
Selected area diffraction |
48 |
 |
166 |
P-wave modulus |
48 |
 |
167 |
Photonic metamaterials |
48 |
 |
168 |
Pole figure |
47 |
 |
169 |
Blowing agent |
46 |
 |
170 |
Forensic polymer engineering |
46 |
 |
171 |
Colloidal particle |
45 |
 |
172 |
Stacking-fault energy |
45 |
 |
173 |
Displacement field (mechanics) |
44 |
 |
174 |
Solvus |
44 |
 |
175 |
The Minerals, Metals & Materials Society |
43 |
 |
176 |
Impulse excitation technique |
42 |
 |
177 |
Thermogravimetry |
41 |
 |
178 |
Scleroscope |
40 |
 |
179 |
Materials science in science fiction |
40 |
 |
180 |
Laser-heated pedestal growth |
40 |
 |
181 |
Bubble rafts |
39 |
 |
182 |
Surface stress |
39 |
 |
183 |
Negative thermal expansion |
38 |
 |
184 |
Chirality (electromagnetism) |
38 |
 |
185 |
Low-energy ion scattering |
37 |
 |
186 |
Near edge X-ray absorption fine structure |
36 |
 |
187 |
ASM International (society) |
36 |
 |
188 |
Slow-release |
35 |
 |
189 |
Particle aggregation |
35 |
 |
190 |
Biomimetic materials |
35 |
 |
191 |
Coherent diffraction imaging |
35 |
 |
192 |
Sticking coefficient |
34 |
 |
193 |
Temperature-programmed reduction |
34 |
 |
194 |
Materiomics |
34 |
 |
195 |
Puncture resistance |
34 |
 |
196 |
Ferroelasticity |
33 |
 |
197 |
Larson-Miller relation |
33 |
 |
198 |
Split-Hopkinson pressure bar |
32 |
 |
199 |
Advanced composite materials (science & engineering) |
31 |
 |
200 |
Smart Cut |
30 |
 |
201 |
Reticulated foam |
30 |
 |
202 |
CILAS |
29 |
 |
203 |
Larson-Miller Parameter |
28 |
 |
204 |
Metallurgical failure analysis |
28 |
 |
205 |
Strongly correlated material |
27 |
 |
206 |
Materials informatics |
27 |
 |
207 |
Transformation optics |
27 |
 |
208 |
Characterization (materials science) |
26 |
 |
209 |
Archard equation |
26 |
 |
210 |
Interstitial compound |
26 |
 |
211 |
Bouc-Wen model of hysteresis |
26 |
 |
212 |
Redux (adhesive) |
25 |
 |
213 |
Incongruent melting |
24 |
 |
214 |
Stress field |
24 |
 |
215 |
Knovel |
24 |
 |
216 |
MEMS thermal actuator |
23 |
 |
217 |
Reptation |
23 |
 |
218 |
Lunar regolith simulant |
23 |
 |
219 |
Arun Majumdar |
23 |
 |
220 |
Stopping and Range of Ions in Matter |
22 |
 |
221 |
Institute of Materials, Minerals and Mining |
21 |
 |
222 |
3T Cycling |
21 |
 |
223 |
Retrogression Heat Treatment |
19 |
 |
224 |
Henry Clay Fry |
19 |
 |
225 |
Nuclear reaction analysis |
18 |
 |
226 |
Zener pinning |
18 |
 |
227 |
Photomechanical effect |
18 |
 |
228 |
Electron Microscopy Center |
17 |
 |
229 |
Nanotribology |
17 |
 |
230 |
Lomer-Cottrell junction |
17 |
 |
231 |
Levy-Mises equations |
17 |
 |
232 |
Fracture toughening mechanisms |
17 |
 |
233 |
Trojan wave packet |
17 |
 |
234 |
Z-tube |
17 |
 |
235 |
Lame's stress ellipsoid |
17 |
 |
236 |
Dispersion (materials science) |
16 |
 |
237 |
Bi-isotropic material |
16 |
 |
238 |
Powder mixture |
16 |
 |
239 |
Dynamic vapor sorption |
16 |
 |
240 |
Nanofluidic Circuitry |
16 |
 |
241 |
Optical modulators using semiconductor nano-structures |
15 |
 |
242 |
Dynamic combinatorial chemistry |
15 |
 |
243 |
Elastic recoil detection |
14 |
 |
244 |
Persoz pendulum |
14 |
 |
245 |
Crystal cluster |
14 |
 |
246 |
Hertzian cone |
13 |
 |
247 |
Fiber simulation |
13 |
 |
248 |
Portevin–Le Chatelier effect |
13 |
 |
249 |
Shrink fit |
13 |
 |
250 |
Vapor polishing |
13 |
 |
251 |
Brahm Prakash Memorial Materials Quiz |
13 |
 |
252 |
Residual strength |
12 |
 |
253 |
Integrated computational materials engineering |
12 |
 |
254 |
Rigid Unit Modes |
12 |
 |
255 |
Spinmechatronics |
12 |
 |
256 |
Kalidhindi B. R. Varma |
12 |
 |
257 |
Dielectric thermal analysis |
11 |
 |
258 |
Impact microscope |
11 |
 |
259 |
Goodman relation |
11 |
 |
260 |
HARMST |
11 |
 |
261 |
Lewcott Corporation |
11 |
 |
262 |
Pinning points |
10 |
 |
263 |
Metamaterial absorber |
10 |
 |
264 |
Characteristic energy length scale |
9 |
 |
265 |
Dielectric relaxation as a chemical rate process |
9 |
 |
266 |
Magic angle (EELS) |
9 |
 |
267 |
Macrographic |
9 |
 |
268 |
Superconducting steel |
9 |
 |
269 |
Hankinson's equation |
8 |
 |
270 |
Materials Science Laboratory |
8 |
 |
271 |
Nonlinear metamaterials |
8 |
 |
272 |
Crack arrestor |
8 |
 |
273 |
PEDOT-TMA |
7 |
 |
274 |
Hydrogenography |
7 |
 |
275 |
Force lines |
7 |
 |
276 |
Optical contact bonding |
7 |
 |
277 |
Positron Lifetime Spectroscopy |
6 |
 |
278 |
Microthermal analysis |
6 |
 |
279 |
Nordic Institute of Dental Materials |
6 |
 |
280 |
Quietstone |
6 |
 |
281 |
Varieties of cloaking theories |
6 |
 |
282 |
SkyScan-2011 |
less than 5 views |
|
283 |
Functionally graded element |
less than 5 views |
|
284 |
Wideband materials |
less than 5 views |
|
285 |
Joseph-Louis Lambot |
less than 5 views |
|
286 |
Bounded deformation |
less than 5 views |
|
287 |
Yield curve (physics) |
less than 5 views |
|
288 |
Galvanoluminescence |
less than 5 views |
|
289 |
Sticking probability |
less than 5 views |
|
290 |
Important publications in chemistry |
less than 5 views |
|
291 |
Materials analysis methods |
less than 5 views |
|
292 |
Materials properties |
less than 5 views |
|
293 |
Newtonian material |
less than 5 views |
|
294 |
Software for nanostructures modeling |
less than 5 views |
|
295 |
JMS Network |
less than 5 views |
|
296 |
Physical properties of glass |
less than 5 views |
|
297 |
Yield strength anomaly |
less than 5 views |
|
298 |
Reflectance difference spectroscopy |
less than 5 views |
|