Given here is a definition of Liquid Air Cycle Engines (LACE) and existing relevant technologies. Heat exchanger design and fabrication techniques, the handling of liquid hydrogen to achieve the greatest heat sink capabilities, and air decontamination to prevent heat exchanger fouling are discussed. It was concluded that technology needs to be extended in the areas of design and fabrication of heat exchangers to improve reliability along with weight and volume reductions. Catalysts need to be improved so that conversion can be achieved with lower quantities and lower volumes. Packaging studies need to be investigated both analytically and experimentally. Recycling with slush hydrogen needs further evaluation with experimental testing
This paper presents some results on the performance of hydrogen-based engines. In particular, the fo...
Liquid hydrogen (LH2) is used for energy supply for various stationary and mobile applications. Curr...
Various industries including automotive, aerospace, semiconductor manufacturing, military surveillan...
In order to meet the ambitious environmental targets set by the Paris Agreement, new sustainable car...
The presentation describes the recent developments in the design of the fuel and heat management sys...
The growth of aviation needed to cater for the needs of society might be undermined by restrictions ...
Successful operation of a pulsing liquid hydrogen/liquid oxygen attitude control propulsion system t...
Revolutionary developments are needed to drastically reduce emissions of aviation. Two promising app...
Liquid hydrogen used as heat sink for turbine cooling in high temperature turbojet engin
One possible low speed propulsion system for the National Aerospace Plane is a liquid air cycle engi...
This paper will present technologies and concepts for novel aeropropulsion systems. These technologi...
Presented at the 16th International Cryocooler Conference, held May 17-20, 2008 in Atlanta, Georgia....
Engineering criteria for thermodynamic improvenent of liquid hydrogen turbopumps for rocket engine
In this paper, we present a comprehensive model framework for a disruptive cryo-electric propulsion ...
Thermal conditioning problems of liquid hydrogen turbopumps to enhance mixed-phase operation and to ...
This paper presents some results on the performance of hydrogen-based engines. In particular, the fo...
Liquid hydrogen (LH2) is used for energy supply for various stationary and mobile applications. Curr...
Various industries including automotive, aerospace, semiconductor manufacturing, military surveillan...
In order to meet the ambitious environmental targets set by the Paris Agreement, new sustainable car...
The presentation describes the recent developments in the design of the fuel and heat management sys...
The growth of aviation needed to cater for the needs of society might be undermined by restrictions ...
Successful operation of a pulsing liquid hydrogen/liquid oxygen attitude control propulsion system t...
Revolutionary developments are needed to drastically reduce emissions of aviation. Two promising app...
Liquid hydrogen used as heat sink for turbine cooling in high temperature turbojet engin
One possible low speed propulsion system for the National Aerospace Plane is a liquid air cycle engi...
This paper will present technologies and concepts for novel aeropropulsion systems. These technologi...
Presented at the 16th International Cryocooler Conference, held May 17-20, 2008 in Atlanta, Georgia....
Engineering criteria for thermodynamic improvenent of liquid hydrogen turbopumps for rocket engine
In this paper, we present a comprehensive model framework for a disruptive cryo-electric propulsion ...
Thermal conditioning problems of liquid hydrogen turbopumps to enhance mixed-phase operation and to ...
This paper presents some results on the performance of hydrogen-based engines. In particular, the fo...
Liquid hydrogen (LH2) is used for energy supply for various stationary and mobile applications. Curr...
Various industries including automotive, aerospace, semiconductor manufacturing, military surveillan...