Heat transfer analysis for Dual-Layer Electroosmotic–Peristaltic biofluid flow in asymmetric microchannels under slip conditions

View Full Paper

Ask AI

Bookmark

Authors

Discussion

Comprehensive analysis revealed heat transfer dynamics in dual-layer biofluids, indicating impacts from electrokinetic forces and Brinkman number.

Flow dynamics are significantly influenced by physiological conditions and thermal characteristics of biofluids.
Brinkman number affects heat transfer, while dual-layer models capture complex interactions not seen in conventional models.
Electrokinetic forces and peristaltic pumping play critical roles in optimizing biofluid flow in microchannels.
Insights from this study may advance the development of biomedical microdevices and targeted drug delivery systems.

Saleh Chebaane (2025) studied this question.

View Full Paper

Ask AI

Bookmark

Comprehensive analysis revealed heat transfer dynamics in dual-layer biofluids, indicating impacts from electrokinetic forces and Brinkman number.