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Hamed Setoodeh
Hamed Setoodeh
Development Engineer in MAN Energy Solutions
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Cited by
Cited by
Year
Subcooled flow boiling of alumina/water nanofluid in a channel with a hot spot: An experimental study
H Setoodeh, A Keshavarz, A Ghasemian, A Nasouhi
Applied Thermal Engineering 90, 384-394, 2015
512015
Modelling and simulation of flow boiling with an Eulerian-Eulerian approach and integrated models for bubble dynamics and temperature-dependent heat partitioning
H Setoodeh, W Ding, D Lucas, U Hampel
International Journal of Thermal Sciences 161, 106709, 2021
272021
Prediction of bubble departure in forced convection boiling with a mechanistic model that considers dynamic contact angle and base expansion
H Setoodeh, W Ding, D Lucas, U Hampel
Energies 12 (10), 1950, 2019
222019
CFD-modelling of boiling in a heated pipe including flow pattern transition
H Setoodeh, AM Shabestary, W Ding, D Lucas, U Hampel
Applied Thermal Engineering 204, 117962, 2022
152022
Subcooled flow boiling of ethylene–glycol/water mixture in an inclined channel with a hot spot: An experimental study
H Setoodeh, A Keshavarz, A Ghasemian, A Nasouhi
International Communications in Heat and Mass Transfer 78, 285-294, 2016
92016
Experimental investigation of subcooled flow boiling in an inclined channel with a hot spot
H Setoodeh, A Keshavarz, A Ghasemian, A Nasouhi
Experimental Heat Transfer 29 (6), 741-758, 2016
52016
An experimental and numerical study of precision cooling to determine optimum coolant velocity of downsized internal combustion engines using boiling
A Qasemian, A Keshavarz, H Setoodeh, A Mohammadi, I Chitsaz
SAE Technical Paper, 2021
42021
Experimental Investigation of Surface Roughness Effect on Flow Boiling in Internal Combustion Engine Water Jacket
A Ghasemian, A Keshavarz, H Sotoudeh
International Journal of Automotive Engineering, IJAE, 2014
42014
Development of a Multi-field Two-fluid Approach for Simulation of Boiling Flows
H Setoodeh
2023
Verbundprojekt: CFD-Methoden zur Berechnung der kritischen Wärmestromdichte-Teilprojekt: Entwicklung von CFD-Modellen zur Berechnung der kritischen Wärmestromdichte mit dem …
W Ding, E Kreeper, T Geißler, H Setoodeh, T Sibel, R Meller, R Franz, ...
Technische Universität Dresden, 2019
2019
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