Advanced Technologies in Flow Dynamics and Combustion in Propulsion and Power

67.5K

views

106

authors

25

articles

Advanced Technologies in Flow Dynamics and Combustion in Propulsion and Power

67.5K

views

106

authors

25

articles

Editors

4

Harbin Institute of Technology

Bengt Aake Sunden

Lund University

Harbin Institute of Technology

College of Power and Energy Engineering, Harbin Engineering University

Impact

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The high demand for low CO₂ emissions leads to clean fuels are hot study objects. However, the fuels used in existing propulsion and power plants, are still of conventional types, i.e., oil and natural gas. Thus, it is very important to reduce the CO₂ emissions in propulsion and power plants. The most efficient way to reach this goal is to increase the efficiency of the propulsion and power plants and thus the consumption of the fuels will be reduced. Several subjects will be very important to increase propulsion and power plants' efficiency, i.e., aerodynamic design, heat transfer design, and combustion design. Thus, the research topic focuses on the advanced technologies in fluid flow dynamics and combustion in propulsion and power.

This Research Topic aims to cover a wide range of advanced technologies of fluid flow dynamics and combustion for reducing CO₂ emissions by increasing the efficiency of existing propulsion and power plants, such as aero-engines, gas turbines, rockets, etc. These advanced studies will be beneficial for the development of traditional propulsion and power plants.

We welcome submissions in the following themes, but not limited to:
• Aerodynamics and flow control for turbomachinery
• Heat transfer and cooling for engine systems
• High-efficiency heat exchangers for propulsion and power
• High-efficiency aerodynamics at high Mach number
• Thermal management and thermodynamics engine system
• Fluid flow dynamics and combustion in propulsion and power

The high demand for low CO₂ emissions leads to clean fuels are hot study objects. However, the fuels used in existing propulsion and power plants, are still of conventional types, i.e., oil and natural gas. Thus, it is very important to reduce the CO₂ emissions in propulsion and power plants. The most efficient way to reach this goal is to increase the efficiency of the propulsion and power plants and thus the consumption of the fuels will be reduced. Several subjects will be very important to increase propulsion and power plants' efficiency, i.e., aerodynamic design, heat transfer design, and combustion design. Thus, the research topic focuses on the advanced technologies in fluid flow dynamics and combustion in propulsion and power.

This Research Topic aims to cover a wide range of advanced technologies of fluid flow dynamics and combustion for reducing CO₂ emissions by increasing the efficiency of existing propulsion and power plants, such as aero-engines, gas turbines, rockets, etc. These advanced studies will be beneficial for the development of traditional propulsion and power plants.

We welcome submissions in the following themes, but not limited to:
• Aerodynamics and flow control for turbomachinery
• Heat transfer and cooling for engine systems
• High-efficiency heat exchangers for propulsion and power
• High-efficiency aerodynamics at high Mach number
• Thermal management and thermodynamics engine system
• Fluid flow dynamics and combustion in propulsion and power

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Editors

Harbin Institute of Technology

Bengt Aake Sunden

Lund University

Harbin Institute of Technology

College of Power and Energy Engineering, Harbin Engineering University

Impact

67,493 Total views

52,342 Article views

12,333 Article downloads

2,818 Topic views

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Frontiers in Energy Research

Advanced Clean Fuel Technologies

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