The present numerical investigation of two-phase flashing flows examines the injection of
liquid oxygen and liquid nitrogen into near-vacuum conditions prevailing in the upper-stage …

Modeling the sudden depressurization of superheated liquids through nozzles is a
challenge because the pressure drop causes rapid flash boiling of the liquid. The resulting …

Precise measurement and visualization of trans-/supercritical jet processes are of great
significance for the control of power engines, chemical reaction and industrial processes …

The potential core is a region of crucial hydrodynamic importance in a low-density jet. In this
study, we propose a semi-supervised data-driven method for detecting the potential core of …

Two computational fluid dynamics approaches are adopted to simulate the single-phase
and the gas–liquid flow field generated by a compact inline separator based on the …

Thermophysical properties are essential in the numerical simulation of fluid flows and
combustion in propulsion and power-generation systems. Existing property evaluation tools …

Deep oil exploration coring technology cannot accurately maintain the in-situ pressure and
temperature of samples, which leads to a distortion of deep oil and gas resource reserve …

Aiming at the problems of axial-symmetric vectoring exhaust nozzle (AVEN) mechanism due
to its complex structure, which leads to the large amount of digital simulation calculation …

Modeling and simulating the sudden depressurization of liquids inside nozzles is a
significant challenge because of the plethora of the associated complex phenomena. This …

The liquid oxygen filling process in the thermal component downstream of the valve directly
affects the starting performance and working reliability of the liquid rocket engine. The filling …