The regulations on the emissions from combustion devices are getting more and more strict
for environmental and human health reasons. Modern combustion research faces two major …

Premixed and partially premixed lean combustion is utilised in modern gas turbine systems,
since an improved efficiency and lower flame temperatures can be achieved, thereby …

While today's gas turbine (GT) combustion systems are designed for specific fuels there is
an urgent demand for fuel-flexible stationary GT combustors capable of burning natural gas …

In the recent years, as the technical developments in the field of GT related technology are
more and more driven by regulations on environmental pollution control, a whole series of …

This paper describes recent learning on the flame structure associated with bluff-body
stabilized flames and the influence of the fuel distribution with nonpremixed, jet-in-crossflow …

In swirl-stabilized gas turbine combustors, interaction between unsteady flow-field and flame
dynamics play a key role in driving several types of combustion instabilities, establishing …

Combustion instability is a major problem to be solved in the gas turbine community. The
unsteady flow dynamics in the combustor is caused by the interaction of the flame and flow …

Lean premixed gas turbine combustors were successful in meeting current NOx emission
regulations. However, these have been found to be susceptible to combustion instability …

Lean premixed combustion technology is regarded as the most effective one to achieve the
recent legislation limits on NOx emissions. One of the most critical issues affecting this kind …

CFD-based combustion dynamics modeling is used to study the effect of fuel injection
location and fuel flow modulation on combustion instability in lean, premixed combustors …