Category:Heat transfer
Pereiti į navigaciją
Jump to search
transport of thermal energy in physical systems  | |||||
| Įkelti mediją | |||||
| Tarimas (garso failas) | |||||
|---|---|---|---|---|---|
| Tai yra | |||||
| Poklasis | |||||
| Susideda iš |
| ||||
| Skiriasi nuo | |||||
| Tas pats kaip | šiluma | ||||
| |||||
 | |||||
Subkategorijos
Rodoma 16 subkategorijų (iš viso yra 16 subkategorijų).
B
C
E
G
H
- Heat exchanger diagrams (1 P, 133 F)
K
L
- Leidenfrost effect (1 P, 25 F)
R
- Radiation heat (3 F)
T
- Thermal barrier coating (9 F)
- Thermal resistance (7 F)
Daugialypės terpės rinkmenos kategorijoje „Heat transfer“
Šioje kategorijoje yra viena rinkmena.
-
*Interfaz.png 875 × 587; 17 KiB
-
*Interfazz.png 875 × 599; 36 KiB
-
*Intro.png 328 × 513; 13 KiB
-
*Software.png 869 × 591; 17 KiB
-
1d heat transfer.png 1 070 × 545; 3 KiB
-
Absorbtion.png 1 772 × 338; 36 KiB
-
Absorption cooling.png 568 × 856; 26 KiB
-
Absorption refrigerator working.svg 816 × 889; 510 KiB
-
Aletas.png 589 × 382; 42 KiB
-
-
Annular Fin.jpg 375 × 311; 18 KiB
-
Aqua Tower thermal imaging.jpg 360 × 360; 96 KiB
-
Athanor.jpg 280 × 344; 25 KiB
-
Calor00102022200002.png 460 × 320; 24 KiB
-
CASL 23.jpg 720 × 462; 122 KiB
-
Classroom thermal mass.JPG 3 648 × 2 736; 3,26 MiB
-
Columinar thermal convection in a rotating sphere.jpg 778 × 697; 637 KiB
-
Comparison of heat transfer coefficients.jpg 550 × 285; 38 KiB
-
CoolingLoadUFADvsOH.png 442 × 138; 32 KiB
-
Cornell Box With and Without Radiosity Enabled.gif 512 × 512; 4,17 MiB
-
CylindricalCombustorTemperature.png 1 135 × 141; 7 KiB
-
Deep water air cooling (pond).svg 741 × 813; 446 KiB
-
Déperdition d'air sans rideau air.JPG 240 × 216; 8 KiB
-
Echange thermique.png 744 × 398; 39 KiB
-
Equivalent thermal circuits for series-parallel composite wall.jpg 729 × 859; 73 KiB
-
Equivalient thermal circuit 2.png 248 × 368; 6 KiB
-
Equivalient thermal circuit.PNG 815 × 284; 15 KiB
-
Esquema de transferência de calor(baseada no esquema feito pelo GrupoTérmicos).png 1 451 × 1 079; 100 KiB
-
Expandedhxdesign.png 785 × 599; 180 KiB
-
Fin Experiment.png 864 × 316; 48 KiB
-
Formula of Heat Transfer to fin.png 587 × 381; 78 KiB
-
FreeConvRadBoxPressure.png 587 × 583; 24 KiB
-
FreeConvRadBoxVelocity.png 586 × 587; 55 KiB
-
Gastransport.svg 499 × 99; 35 KiB
-
Heat flow hot to cold.png 400 × 582; 41 KiB
-
Heat Transfer bn.png 2 032 × 1 559; 1,68 MiB
-
Heat Transfer Design Equation for Natural Convection Outhouse Example.png 1 187 × 656; 63 KiB
-
Heat Transfer Design Equation Graph.png 947 × 522; 56 KiB
-
Heat Transfer in Stars-ru.svg 578 × 291; 12 KiB
-
Heat Transfer in Stars.png 1 280 × 909; 386 KiB
-
Heat Transfer in Stars.svg 578 × 291; 13 KiB
-
Heat transfer mechanisms within micro porous thermal insulations.png 850 × 727; 193 KiB
-
Heat Transfer.gif 360 × 229; 1,05 MiB
-
Heat Transfer.png 1 024 × 786; 594 KiB
-
Heat-transfer-between-thermodynamic-systems.svg 1 017 × 621; 29 KiB
-
Heat-transmittance-means1-fr.jpg 550 × 319; 87 KiB
-
Heat-transmittance-means1.jpg 550 × 319; 34 KiB
-
Heat-transmittance-means2-fr.jpg 550 × 319; 90 KiB
-
Heat-transmittance-means2.jpg 550 × 319; 32 KiB
-
Heat-transmittance-means2.xcf 550 × 319; 234 KiB
-
Heavy vs light weight school classroom.JPG 700 × 476; 44 KiB
-
Helical ribs.jpg 4 208 × 2 368; 1,76 MiB
-
Helically coiled tube with secondary flow.jpg 3 617 × 2 173; 988 KiB
-
Helium heat transfer schematic.png 900 × 663; 70 KiB
-
Hollow cylinder with convective surface conditions.jpg 811 × 591; 67 KiB
-
-
K-Core Illustration.jpg 1 500 × 807; 193 KiB
-
Kettle-convection-conduction-radiation.png 340 × 400; 178 KiB
-
Kondensatableiter.PNG 353 × 464; 14 KiB
-
Longitudinal fins.jpg 4 208 × 2 368; 1,89 MiB
-
Métodos de transferencia de calor.svg 575 × 400; 183 KiB
-
Non-equilibrium for two length scales.png 896 × 755; 45 KiB
-
Nusselt Number variation along the axial length.jpg 625 × 505; 53 KiB
-
Parallel Thermal Resistance.jpg 659 × 539; 28 KiB
-
PressureCylinderArray.png 575 × 585; 30 KiB
-
Prinzip Einblas Waermedaemmung Schlauchtechnik.gif 1 257 × 591; 40 KiB
-
Rayleigh Number variation along the axial length of the tube.jpg 625 × 519; 24 KiB
-
Regeneratie.jpg 1 148 × 628; 54 KiB
-
Sistemas Termicos.jpg 373 × 288; 27 KiB
-
-
Sockelabschlussprofil mit Tropfkante EU-Baustoffhandel.jpg 709 × 432; 61 KiB
-
Steam turbines.png 960 × 720; 28 KiB
-
Stefan-Boltzmann Law.png 932 × 790; 19 KiB
-
StrainRate.png 584 × 583; 42 KiB
-
Temperature profiles.png 538 × 506; 46 KiB
-
Temperature variation along the axial length of the tube.jpg 625 × 505; 44 KiB
-
TemperatureContours.png 580 × 586; 45 KiB
-
Textrafine layer.jpg 150 × 101; 14 KiB
-
-
Thermal dissipation model.png 80 × 399; 2 KiB
-
Thermal impedance simplified.png 502 × 168; 4 KiB
-
Thermal impedance.PNG 502 × 168; 6 KiB
-
Thermal resistance in parrallel.png 461 × 302; 13 KiB
-
Thermal resistance in series.png 695 × 516; 32 KiB
-
Thermal Transport in a Heat Exchanger.jpg 600 × 400; 101 KiB
-
Thermal wave animation.gif 900 × 640; 422 KiB
-
Thermal wave step.jpg 1 039 × 748; 158 KiB
-
TorpidPressure.png 1 146 × 581; 19 KiB
-
TorpidVelocity.png 1 153 × 556; 16 KiB
-
Trabalho de quimica 11.png 170 × 424; 28 KiB
-
Twisted tape Tube Insert.jpg 1 182 × 426; 84 KiB
-
Two fluid counter-flow.jpg 866 × 390; 37 KiB
-
Variation of Rayleigh number with Nusselt number.jpg 445 × 271; 10 KiB
-
Variation of Rayleigh number with respect to inclination angle.jpg 445 × 276; 13 KiB
-
VelocityContours.png 576 × 585; 49 KiB
-
Warmtetransport in sterren.png 1 200 × 644; 317 KiB
-
Wet 01.03.2016 - 1549.jpg 924 × 722; 115 KiB
-
WindEffect.png 894 × 773; 164 KiB
-
Wärmeübertragung.svg 1 000 × 375; 33 KiB
-
Метод натянутых нитей.PNG 467 × 401; 17 KiB
-
Тепловая транспирация (рис. 66).png 765 × 546; 51 KiB
_instrument_and_one_of_its_measurement_units.jpg)
.svg)
.png){kind=spacer}
.png)