In the present study, the coupling effect of wire-cutting grooved surface and surfactant
(Sodium dodecyl sulfate, SDS) in pool boiling heat transfer is studied experimentally. Based …

In this study, we conduct pool boiling experiments on pure copper and bi-conductive
surfaces using sodium dodecyl sulfate as the surfactant and focus on the bubble behaviors …

In this study, we established a face-centered cubic CuO nanocrystals (fcc. CuO), and their
nano liquids (NLs), and apply them to pool boiling critical heat flux (pbCHF) and thermal …

To improve the critical heat flux (CHF) in boiling heat transfer, an idea of triggering three-
dimensional mixed boiling was proposed, and the corresponding surface with an extended …

Leidenfrost droplet possesses ultra-low flow resistance, but it is challenging to obtain large
thrust force for fast transportation and regulate the direction of droplet motion. Here, for the …

Different-mode-interacting boiling (DMIB) method utilizes unsteady movement of liquid and
vapor interface near the boundary of different thermal conductance materials in nonuniform …

The concept of different-mode-interacting boiling (DMIB) utilizes the areas of two different
thermal conductance materials by expanding the wetted area over the regions of their dry …

Boiling heat transfer was explored with different-mode-interacting boiling (DMIB) to improve
critical heat flux (CHF) in a water pool. Previous research show that nonuniform heating in a …

Remarkably high heat transfer coefficient observed during boiling makes it one of the most
sought-after thermal management solutions. However, the heat dissipation potential …

An experimental study is conducted to evaluate the effects of cover plate wettability
(hydrophobic to hydrophilic) on boiling heat transfer in a narrow horizontal gap (0.64 mm to …