Suchergebnisse
Katalog
Mehr
Suchmaske
Suchergebnisse einschränken oder erweitern
Aktive Suchfilter
Weniger Treffer
Art der Quelle
Thema
- heat exchangers 14 Treffer
- pressure drop 14 Treffer
- heat transfer coefficient 13 Treffer
- heat sinks 12 Treffer
- heat flux 11 Treffer
-
45 weitere Werte:
- nusselt number 11 Treffer
- reynolds number 9 Treffer
- heat transfer enhancement 8 Treffer
- microchannel 6 Treffer
- thermal resistance 6 Treffer
- heat sink 5 Treffer
- microchannel flow 5 Treffer
- computational fluid dynamics 4 Treffer
- ebullition 4 Treffer
- heat exchanger 4 Treffer
- topology optimization 4 Treffer
- vortex generators 4 Treffer
- air flow 3 Treffer
- cfd 3 Treffer
- electronic equipment 3 Treffer
- flux pinning 3 Treffer
- heat capacity 3 Treffer
- numerical simulation 3 Treffer
- performance theory 3 Treffer
- plate heat exchangers 3 Treffer
- simulation 3 Treffer
- tubes 3 Treffer
- comparative studies 2 Treffer
- condensation 2 Treffer
- dimples 2 Treffer
- fins (engineering) 2 Treffer
- flow boiling 2 Treffer
- fluid flow 2 Treffer
- forced convection 2 Treffer
- heat convection 2 Treffer
- heat transfer fluids 2 Treffer
- heat transfer performance 2 Treffer
- jet impingement 2 Treffer
- mass transfer 2 Treffer
- microchannel heat sink 2 Treffer
- nanofluidics 2 Treffer
- oscillatory flow 2 Treffer
- performance evaluation 2 Treffer
- structural optimization 2 Treffer
- supercritical carbon dioxide 2 Treffer
- temperature distribution 2 Treffer
- thermal-hydraulic performance 2 Treffer
- topology 2 Treffer
- turbulent flow 2 Treffer
- two-phase flow 2 Treffer
Sprache
Inhaltsanbieter
51 Treffer
-
In: Applied Thermal Engineering, Jg. 246 (2024-06-01), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 229 (2023-07-05), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 211 (2022-07-05), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 225 (2023-05-05), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 118 (2017-05-25), S. 244-255academicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 211 (2022-07-05), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 249 (2024-07-20), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 249 (2024-07-20), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 249 (2024-07-20), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 248 (2024-07-15), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 248 (2024-07-01), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 248 (2024-07-01), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 247 (2024-06-15), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 247 (2024-06-15), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 247 (2024-06-15), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 245 (2024-05-15), S. N.PAGacademicJournalZugriff:
-
A methodology to reduce the computational effort in 3D-CFD simulations of plate-fin heat exchangers.In: Applied Thermal Engineering, Jg. 245 (2024-05-15), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 245 (2024-05-15), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 245 (2024-05-15), S. N.PAGacademicJournalZugriff:
-
In: Applied Thermal Engineering, Jg. 245 (2024-05-15), S. N.PAGacademicJournalZugriff: