Multiphysics coupling investigation of interphase heat transfer in gas-particle coaxial-jet swirling flow via CFD-DEM-CHT
Z Wan, S Yang, J Hu, H Wang - Chemical Engineering Journal, 2023 - Elsevier
The swirling particulate flows with heat transfer are widely encountered in the industry, yet
the internal multiphysics coupling characteristics resulting from fluid, particle, and structure …
the internal multiphysics coupling characteristics resulting from fluid, particle, and structure …
Performance improvement of the mini hexagonal tube heat sink using nanofluids
The experimental investigation is accomplished to determine the improved performance of
the mini hexagonal tube heat sink (MHTHS) using nanofluids (NFs). The three different NFs …
the mini hexagonal tube heat sink (MHTHS) using nanofluids (NFs). The three different NFs …
Numerical investigations of heat transfer around a hot block subject to a cross-flow and an extended jet hole using ternary hybrid nanofluids
In the last few years, modern heat transfer technologies significantly improved to provide
more efficient systems in industries. One of those technologies is cooling electronic …
more efficient systems in industries. One of those technologies is cooling electronic …
Determination of Lorazepam Using the Electrocatalytic Effect of NiO/SWCNTs Modified Carbon Paste Electrode as a Powerful Sensor
S Chenarani, M Ebrahimi, V Arabali… - Topics in Catalysis, 2022 - Springer
An electrochemical approach was developed for monitoring lorazepam as an anxiety
disorders drug in an aqueous solution. In this regard, NiO/SWCNTs was synthesized by a …
disorders drug in an aqueous solution. In this regard, NiO/SWCNTs was synthesized by a …
Experimental investigation of heat transfer, pressure drop, and efficiency of TiO2/Oil nanofluid in alternating flattened tubes
In this study, the analysis of experimental results is used to investigate heat transfer and
pressure drop characteristics of Titanium Oxide nanoparticles in an Alternating Flattened …
pressure drop characteristics of Titanium Oxide nanoparticles in an Alternating Flattened …
Investigation of convective heat transfer, pressure drop and efficiency of ZnO/water nanofluid in alternating elliptical axis tubes
In this study, for the first time, the heat transfer and the pressure drop of zinc oxide
nanoparticles in alternating elliptical axis (AEA) tube have been investigated experimentally …
nanoparticles in alternating elliptical axis (AEA) tube have been investigated experimentally …
Bingham fluid flow in the entrance region of a pipe
B Baioumy, R Chebbi… - Journal of Fluids …, 2021 - asmedigitalcollection.asme.org
Laminar Bingham fluid flow in the entrance region of a circular pipe is investigated using a
momentum integral model. The fully developed flow is uniform in the core region, while the …
momentum integral model. The fully developed flow is uniform in the core region, while the …
Study on heat transfer, pressure drop and efficiency of ZnO/Oil nanofluid in a novel hexagonal tube
AR Sajadi, A Kabiri Dehkordi - Energy Equipment and …, 2023 - energyequipsys.com
In this study, alternating hexagonal tube as a new form is introduced. The research method
is experimental. Experiments were performed on 3 AH tubes in 600 to 1500 Re range. The …
is experimental. Experiments were performed on 3 AH tubes in 600 to 1500 Re range. The …
Simulation numérique de la convection forcée laminaire des nanofluides dans une conduite cylindrique
A Zerfaoui, A Chorfi, A Encadre par Bouaffane - 2023 - dspace.univ-tebessa.dz
Dans ce mémoire, nous avons étudiés numériquement les caractéristiques
hydrodynamiques et thermiques de l'écoulement laminaire de divers nanofluides à …
hydrodynamiques et thermiques de l'écoulement laminaire de divers nanofluides à …