Heat transfer via acoustic waves, known as adiabatic thermalization or the piston effect, was
previously studied in enclosures under microgravity and terrestrial conditions with carbon …

Bubbly flow patterns for subcooled flow boiling of carbon dioxide at high reduced pressures
were experimentally studied. Development of boiling patterns starting from scant nucleations …

Two-phase flow, pressure drop, and Joule-Thomson coefficient (JT h) of sub-and super-
critical carbon dioxide expanding through a 81 µm orifice embedded inside a 300 µm …

Accurate prediction of the onset point of fully developed boiling (FDB) in subcooled flow
boiling is crucial for the design of industrial equipment. In this work, Eulerian− Eulerian two …

Saturated flow boiling heat transfer of carbon dioxide (CO 2) at the microscale was studied
with pressures ranging from 2.4 MPa to 6 MPa (ie, reduced pressure ranging from 0.3 to …

This work demonstrates a thermometric technique using laser-induced fluorescence (LIF) in
supercritical carbon dioxide flows in a micro-channel. Rhodamine 6G was used as a …

Unique boiling behavior at near-critical conditions can leverage the large heat transfer
coefficients associated with flow boiling while mitigating some of the disadvantages …

Carbon dioxide (CO2) is increasingly being used as a highly efficient, environmentally
friendly and sustainable refrigerant/heat transfer fluid. Because of its high specific heat and …

Carbon dioxide in close vicinity to the critical point has recently drawn interest as a working
fluid for thermal management due to its favorable thermophysical properties, dielectric …

Flow boiling heat transfer around the critical heat flux (CHF) condition at high reduced
pressures of carbon dioxide in a 296-μm hydraulic diameter microchannel was …