The current increasing interest in hydrogen utilization and increasing understanding of
hydrogen combustion motivate this review of flammability characteristics of hydrogen. The …

The flame structures and extinction characteristics of undiluted hydrogen–oxygen strained
diffusion flames at high pressures with detailed and reduced chemistry are numerically …

Characteristics of extinction, acoustic response, and NO formation for diluted hydrogen–air
diffusion flames at various pressures are investigated numerically by adopting a counterflow …

This paper presents results of an experimental investigation on acoustic effects on
combustion of single droplets and droplet pairs in microgravity. The ambient gas was air at …

Acoustic pressure response of diluted hydrogen-air diffusion flames is investigated
numerically by adopting a fully unsteady analysis of flame structures in a counterflow …

Abstract Effects of various baffle designs on acoustic characteristics in combustion chamber
are numerically investigated by adopting linear acoustic analysis. A hub-blade configuration …

HIGH-frequency combustion instability is the phenomenon of amplification of pressure
oscillations through in-phase heat addition/extraction from combustion. It is often called …

Stability rating tests using a pulse gun, one type of artificial disturbance device, have been
performed to optimize and to limit the axial baffle length of a combustor. To determine …

Acoustic characteristics in an industrial gas-turbine combustor are numerically investigated
by a linear acoustic analysis. Spatially non-homogeneous temperature field in the …

A linear model is developed to relate the response of energy release rate per unit volume to
velocity and pressure oscillations in a liquid-propellant rocket engine. Coaxial injection of …