All systems operational
Q4 2026

Shape-dependent heat transfer analysis of hybrid nanofluid using a modified finite propagation model for enhanced thermal management

Kaouther Ghachem · Sami Ullah Khan · Nermeen Abdullah · Lioua Kolsi
10.1016/j.jer.2026.02.021 388 Views 0 Citations
0
Citations
388
Views
Abstract not available for this publication.
Cite this Article (APA)
Kaouther, G., Sami, U. K., Nermeen, A., Lioua, K. (2026). Shape-dependent heat transfer analysis of hybrid nanofluid using a modified finite propagation model for enhanced thermal management. Journal Engineering Research. https://doi.org/10.1016/j.jer.2026.02.021
Related Papers
Heat generation and electromagnetic potential driven flow of ternary hybrid nanofluid with variable …
Muhammad Naveed Khan; Muhammad Bilal Riaz; Shafiq Ahmad; Hongchu Chen; Ibrahim E · 2026
14
cites
393
Finite-speed thermal transport and Lorentz force effects in buoyant convective flow: A Cattaneo–Chri…
Awais Ahmed; Muhammad Naveed Khan; Awatif Alhowaity; Hafiaa F. Alrihieli; Najiya · 2026
4
cites
398
Effect of low pressure on mechanical properties, microstructure, and durability of concrete: A Revie…
Daguan Huang; Heng Gao; Qian Xia; Jianbo Tian; Yang Li; Ditao Niu · 2026
3
cites
396
Access
View Full Text via DOI
Published in
ISSN 2307-1877
Quartile Q4
AMS Score 40
Field Engineering & Technology
Publisher Elsevier
Country 🇰🇼 Kuwait
View Journal Profile →
Authors
Publication Details
Year 2026
Language English
Added 01 Aug 2026