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Fatima-Zahra Barhdadi
Institution:
Mohamed I University
Observed institution:
Mohamed I University
OpenAlex ID:
A5111217740
Enhancing performance in solar air channels: A numerical analysis of turbulent flow and heat transfer with novel shaped baffles
2024
·
Ikrame Jamal
, Fatima-Zahra Barhdadi
, et al.
·
Applied Thermal Engineering
·
43
Numerical investigation of different transverse Rib shapes on thermal convection in a channel filled with nanofluid
2024
·
Fatima-Zahra Barhdadi
, Ikrame Jamal
, et al.
·
International Journal of Thermofluids
·
23
Numerical analysis of the effect of baffle length and arrangement on the thermal performance of solar air channels
2024
·
Ikrame Jamal
, Fatima-Zahra Barhdadi
, et al.
·
International Communications in Heat and Mass Transfer
·
21
Improving heat transfer efficiency in a ribbed channel with two test sections using hybrid nanofluid
2025
·
Fatima-Zahra Barhdadi
, Ikrame Jamal
, et al.
·
Powder Technology
·
10
Numerical Analysis of Heat Transfer in a Solar Collector Submitted the Flow of Nanofluid
2023
·
Fatima-Zahra Barhdadi
, Ikrame Jamal
, et al.
·
Lecture notes in electrical engineering
·
4
Optimizing Channel Thermal Performance by Adjusting Baffle Distance: A Numerical Study
2025
·
Ikrame Jamal
, Fatima-Zahra Barhdadi
, et al.
·
Lecture notes in electrical engineering
·
3
Comparative Study of Heat Transfer Enhancement of Al2O3-CuO/Water Hybrid Nanofluids of Different Channel Geometries
2025
·
Fatima-Zahra Barhdadi
, Ikrame Jamal
, et al.
·
Lecture notes in electrical engineering
·
3
Study of natural convection using hybrid nanofluids in a two-dimensional enclosure with an obstacle
2026
·
Ilham Lahlal
, Fatima-Zahra Barhdadi
, et al.
·
AIP conference proceedings
Numerical Investigation of Forced Convection Heat Transfer Enhancement in a Corrugated Channel Integrating Nanofluids
2026
·
Salma Bendaouad
, Fatima-Zahra Barhdadi
, et al.
·
Springer proceedings in physics
Numerical Analysis of the Effect of Rectangular Baffles on Heat Transfer and Flow in a Turbulent Forced Convection Channel
2026
·
Ikrame Jamal
, Fatima-Zahra Barhdadi
, et al.
·
Springer proceedings in physics
Numerical Study of Heat Transfer Enhancement in Corrugated Channels with a Hybrid Nanofluid
2026
·
Fatima-Zahra Barhdadi
, Ikrame Jamal
, et al.
·
Springer proceedings in physics
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Works count:
11
Citation count:
107
H-index:
4
I10-index:
4
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