This study focuses on the development of two analytical models that describe the wall-
bounded cyclonic flowfield in a hemispherical domain. The closed-form solutions that we …

A finite-volume solver is used to compute the cyclonic motion in a vortex chamber assuming
steady, incompressible, and inviscid flow conditions. A parametric campaign enables us to …

A finite-volume solver is used to describe the cyclonic motion in a cylindrical vortex chamber
comprising eight tangential injectors and a variable nozzle size. The simulations are …

This work describes an inviscid solution for a cyclonic flowfield evolving in a hemispherical
chamber configuration. In this context, a vigorously swirling motion is triggered by a gaseous …

ABSTRACT A series of static thrust chamber firings were conducted with gaseous oxygen
and hydrogen to investigate the specific impulse performance and thermal behavior of …

This study focuses on the development of an internal potential flow solution in the context of
a hemispherically bounded cyclonic chamber. The analysis proceeds from the Bragg …

SWIRLING motions have attracted much attention in recent years due to the rich structures
that they engender. At one end of the spectrum, one is concerned with understanding …

Bidirectional chambers are well-studied in terms of the flow structure and influence of their
input parameters. However, most of the available studies are based on steady-state or time …

Numerical simulation in a hydrogen-oxygen vortex cold-wall combustion chamber is carried
out to analyze the effects of energy density, spark duration, and spark position on the ignition …

We vary the inflow properties in a finite-volume solver to investigate their effects on the
computed cyclonic motion in a right-cylindrical vortex chamber. The latter comprises eight …