The aim of this work is to investigate the relationship between the nucleation process and
boundary conditions on non-equilibrium condensing flow based on the modified model …

Cryogenic liquid turbine expanders have emerged quite recently as a replacement for
traditional Joule-Thomson valves in cryogenic processes for energy saving purpose …

In this study, the visualization experiments and transient numerical simulations of multiphase
flow inside a rotodynamic pump are proposed by considering the interphase forces and …

Cryogenic air separation units (ASU) are the predominant method for delivering high-purity
pressurized O 2 at large capacities to relevant industrial processes. This study presents an …

Spontaneous condensation of gas at transonic or supersonic flow is a great concerned
phenomenon in many cryogenic engineering fields. An accurate model is of great …

An accurate condensation model plays an important role in the development of high-
efficiency turbine. Many efforts have been devoted into the research on steam non …

The turbo-expander is the crucial equipment for obtaining refrigeration capacity and power
in the system, and the aerodynamic performance is vital for the system. Spontaneous …

To solve the problem of the slow convergence of the geometry-based correction (GC)
method in the design of a steam turbine blade, this paper proposes a geometry-load-based …

The two-phase turbo-expanders are in more popular as their advantage of more provided
cooling capacity in cryogenic applications. However, it makes the preliminary or alternative …

The deformation of blades under complex loads of multiple working conditions will reduce
the energy conversion efficiency. To reduce the deviation of the blade shape in practical …