Research on combustion is being conducted at Lewis Research Center to provide improved analytical models of the complex flow and chemical reaction processes which occur in the combustor of gas turbine engines and other aeropropulsion systems. The objective of the research is to obtain a better understanding of the various physical processes that occur in the gas turbine combustor in order to develop models and numerical codes which can accurately describe these processes. Activities include in-house research projects, university grants, and industry contracts and are classified under the subject areas of advanced numerics, fuel sprays, fluid mixing, and radiation-chemistry. Results are high-lighted from several projects
The performance of internal combustion stratified-charge engines is highly dependent on the in-cylin...
The objective of this effort is to develop improved analytical models of the internal combustor flow...
This paper – in memory of Jürgen Warnatz – summarizes selected recent papers of the Chemical Kinetic...
Research on combustion is being conducted to provide improved analytical models of the complex flow ...
The goal of this research is to bring computational fluid dynamics to a state of practical applicati...
Combustion research at Lewis is organized to provide a balanced program responsive to national needs...
Increased emphasis is placed on fundamental and generic research at Lewis Research Center with less ...
The overall objective of the Turbine Engine Hot Section Technology Combustion Project was to develop...
The Turbine Engine Hot Section Technology Combustion Program is briefly described. The overall objec...
Increasing the pressure and temperature of the engines of new generation supersonic airliners increa...
The research for developing a modular computer program for describing gas-turbine combustor flow and...
Fluid mechanical effects on combustion processes in steady flow combustors, especially gas turbine c...
The thermal design of the combustor and turbine of a gas turbine engine poses a number of difficult ...
The design practices for the gas turbine are traced throughout history with particular emphasis on t...
Combustion problems and research recommendations are discussed in the areas of atomization and vapor...
The performance of internal combustion stratified-charge engines is highly dependent on the in-cylin...
The objective of this effort is to develop improved analytical models of the internal combustor flow...
This paper – in memory of Jürgen Warnatz – summarizes selected recent papers of the Chemical Kinetic...
Research on combustion is being conducted to provide improved analytical models of the complex flow ...
The goal of this research is to bring computational fluid dynamics to a state of practical applicati...
Combustion research at Lewis is organized to provide a balanced program responsive to national needs...
Increased emphasis is placed on fundamental and generic research at Lewis Research Center with less ...
The overall objective of the Turbine Engine Hot Section Technology Combustion Project was to develop...
The Turbine Engine Hot Section Technology Combustion Program is briefly described. The overall objec...
Increasing the pressure and temperature of the engines of new generation supersonic airliners increa...
The research for developing a modular computer program for describing gas-turbine combustor flow and...
Fluid mechanical effects on combustion processes in steady flow combustors, especially gas turbine c...
The thermal design of the combustor and turbine of a gas turbine engine poses a number of difficult ...
The design practices for the gas turbine are traced throughout history with particular emphasis on t...
Combustion problems and research recommendations are discussed in the areas of atomization and vapor...
The performance of internal combustion stratified-charge engines is highly dependent on the in-cylin...
The objective of this effort is to develop improved analytical models of the internal combustor flow...
This paper – in memory of Jürgen Warnatz – summarizes selected recent papers of the Chemical Kinetic...