Direct-contact condensation of vapour containing the inert gas on a spray of subcooled
liquid exists in a number of technical applications. For example, it may be found in the …

In the last decade, researchers working on direct contact condensation (DCC) have focused
their attention on studying the effect of liquid cross-flow, in contrast to the conventional …

At the booster turbopump exit of a high pressure staged combustion cycle based cryogenic
rocket engine, hot gaseous oxygen after driving the booster turbine mixes with subcooled …

Stable direct contact condensation of choked steam jets in subcooled water has been the
focus of researchers during the last three decades. Comparatively fewer works were …

Numerical simulations are performed for 60%, 100% and 105% thrust conditions at the inlet
duct to the main LOX pump in SCE-200, a staged combustion cycle based semi-cryogenic …

Investigation of direct contact condensation (DCC) of steam is vital due to a wide range of
DCC applications, such as power plants, steam ejectors and heat exchangers. Advantages …

Direct contact condensation occurs when a vapor comes in contact with the liquid of the
same fluid and is accompanied by very high heat transfer coefficients compared to the …

A Volume-of-Fluid (VOF) interface capturing method used for modeling Direct Contact
Condensation (DCC) of gaseous oxygen in liquid oxygen at the inlet duct to the main LOX …

Numerical simulations are performed for 60%, 100% and 105% thrust conditions at the inlet
duct to the main LOX pump in SCE-200, a staged combustion cycle based semi-cryogenic …

In a typical staged combustion cycle based semi-cryogenic rocket engine, the booster
turbine for driving the LOX booster pump is powered by oxidizer rich combustion products …