Combustion instabilities are often manifested in modern fuel-lean gas turbine combustors.
Investigating the mechanisms and developing control strategies for combustion instabilities …

Imaging flow velocity measurements are essential for the investigation of unsteady complex
flow phenomena, eg, in turbomachines, injectors and combustors. The direct optical …

Simultaneous 10 kHz repetition-rate tomographic particle image velocimetry, hydroxyl
planar laser-induced fluorescence (OH PLIF), and formaldehyde (CH _2 2 O) PLIF were …

Computed tomography of a chemiluminescence (CTC) system was implemented to provide
time-resolved 3D measurements of an unconfined turbulent swirl flame. This system was …

A technique capable of detecting the instantaneous, time-resolved, 3D flame topography is
successfully demonstrated in a lean-premixed swirl flame undergoing flashback. A …

A long working distance digital holographic system is developed to study burning coal
particles, which are less than 200 μm in diameter, in a methane-air flame. A general model …

Tomographic reconstruction of three-dimensional (3D) flow field is critical to achieve an
accurate measurement of the complex flow field in tomographic particle image velocimetry …

This work reports the development and validation of a new tomography approach, termed
cross-interfaces computed tomography (CICT), to address confined-space tomography …

A method to enhance the quality of the tomographic reconstruction and, consequently, the
3D velocity measurement accuracy, is presented. The technique is based on integrating …

A self-excited precessing jet PJ generated by a 5: 1 expansion of a circular jet issuing at Re
d= 42,500 into a short coaxial cylindrical chamber has been investigated in a water facility …