Abstract
Numerical Analysis on the Thermal Responses of Near-Critical Fluid to Transient Cooling Process
Highlights
When fluids go across the critical point or the equilibrium curve in the phase boundaries in the critical region, dramatic changes happen in fluid properties
The typical size of the critical chamber is around 5 mm, in which the fluid is initially rested under 1g or 0g conditions
The system is described by a continuous Navier-Stokes equations and solved by coupling the equation of state that written in scaling form for the near-critical properties, which is defined by the distance parameter ε = (T-Tc)/Tc
Summary
Numerical Analysis on the Thermal Responses of Near-Critical Fluid to Transient Cooling Process Lin Chen1,*, Atsuki Komiya2 and Shigenao Maruyama2,3 Abstract: The heat transfer of near-critical fluids has become a key topic as the transcritical/supercritical energy systems are more and more proposed in recent years.
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