Turbulent premixed combustion involves simultaneous and mutually interacting fluid,
chemical, and transport phenomena spanning a wide range of spatial and temporal scales …

Experimental data and results of direct numerical simulations are reviewed in order to show
that premixed combustion can change the basic characteristics of a fluctuating velocity field …

Detailed coverage of advanced combustion topics from the author of Principles of
combustion, Second Edition Turbulence, turbulent combustion, and multiphase reacting …

A detailed analysis of the flow–flame interactions associated with acoustically coupled heat-
release rate fluctuations was performed for a 10kW, CH4/air, swirl stabilized flame in a gas …

This paper presents observations and analysis of the time-dependent behavior of a 10kW
partially pre-mixed, swirl-stabilized methane–air flame exhibiting self-excited thermo …

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

This overview presents examples of applications of high frame rate imaging diagnostics in
fundamental and applied combustion research. Progress in the performance of high frame …

The demand for higher combustion efficiency and performance is attainable through
pressure gain combustion. Pressure gain combustion exploits the pressure rise for high flow …

Lean flame blowout is investigated experimentally within a high-speed combustor to analyze
the temporal extinction dynamics of turbulent premixed bluff body stabilized flames. The lean …

Modern diagnostic tools in turbulent combustion allow for highly-resolved measurements of
reacting flows; however, they tend to generate massive data-sets, rendering conventional …