To date the usage of biphilic surfaces is one of the most promising ways to simultaneously
enhance heat transfer and increase critical heat fluxes during boiling. However, the vast …

The nano-structure enhanced pooling boiling at standard atmosphere has been fully studied
in literature but it is rarely investigated under low pressure. However, the boiling behaviors …

The aim of this study was to investigate the optimal heat transfer performance and structure
of airborne water evaporators in low-pressure environments. To achieve this, a multi …

A numerical model of water evaporator was established based on the problem of insufficient
heat sink in onboard electronic equipment of aerospace vehicles, and the heat transfer …

Boiling heat transfer over tube bundles has been extensively applied to various industries
with a high demand for efficient heat transfer. This work presents a review of recently …

Water evaporator is often used in spacecraft thermal management as heat sink. In a water
evaporator, heat is transferred from the microchannels of cooled glycol liquid to the external …

In this paper the low pressure boiling of water from two different types of enhanced boiling
surfaces: Narrow Tunnel Structures NTS and Tunnel Structures TS is analyzed. Heat transfer …

The purpose of this work is to present a new approach supposed to help obtain a better and
more general understanding of pool boiling at low pressure. A review on the topic indeed …

This article aims at studying pool boiling of water at sub-atmospheric pressure which takes
place on narrow tunnel structures (NTS). This kind of surface consists of multiple horizontal …

A water evaporator is a phase change heat exchanger, as a heat sink, especially for high-
speed flight vehicles. It is composed of internal channels for convective cooling and external …