Combustion instability frequently occurs in propulsion and power generation systems. It is
characterized by large-amplitude acoustic oscillations leading to undesirable …

This work explores the use of surface-mesh flow solvers to model solid rocket internal
ballistics with arbitrary grain geometry. Specifically, a surface-vorticity approach, originally …

In this study, we theoretically investigate the impact of outlet boundary conditions and mean
temperature gradients on the maximum transient growth rate of acoustical energy and the …

This work relies on a compressible biglobal stability approach to describe the wave
dynamics in a planar rocket chamber modeled as a porous channel. At first, the …

This work considers a uniquely configured swirling motion that develops inside a porous
tube due to sidewall injection. The bulk fluid motion is modeled as a steady inviscid Trkalian …

View Video Presentation: https://doi. org/10.2514/6.2022-1898. vid This work explores the
use of surface-mesh flow solvers to model solid rocket internal ballistics with arbitrary grain …

It may be safely stated that Frank M. White represents one of the most recognizable
household names in the field of fluid mechanics. The fact that he stands among the most …

This work describes both traveling and standing vorticoacoustic waves in circular tubes that
are driven by axisymmetric headwall injection. In this process, perturbation tools, field …

The Taylor1 and Taylor–Culick profiles2 have long been perceived as the standard
approximations for describing the mean flow in porous channels and tubes, including …