Sudden release of accreted ice in fuel systems could pose a serious challenge in aircraft operation. The resultant snowshower may reach the filter and fuel-oil heat exchanger, causing a restriction in fuel flow to the engine. It is fundamental to have an appreciation of the character and the interface shear strength of the accreted ice in aircraft fuel systems. This helps to recognise factors for the sudden release of the accreted ice and the intensity of the consequential snowshower. An experimental study was carried out to quantify the character and the interface shear strength of accreted ice on subcooled surfaces submerged in jet fuel. Ice was accreted on naked aluminium, painted aluminium and carbon fibre composite surfaces at various ...
While ice formation in aviation jet fuel has been a serious concern in the aviation industry in ter...
Atmospheric ice is formed when supercooled water droplets strike an object such as a tree, aircraft ...
Icing is a lethal and costly aviation hazard affecting aircraft of all sizes ranging from small UAVs...
Ice accretion on the inner surface of a fuel tube can fall off and potentially block the filters and...
With the aviation industry facing increasing environmental and energy challenges, there has been a g...
The contamination and behaviour of water in aircraft fuel systems remains a significant global resea...
Ice accretion is a problematic natural phenomenon that an effects a wide range of engineering applic...
Ice collection and blockages in fuel systems have been of interest to the aerospace community since ...
Due to numerous engine power-loss events associated with high-altitude convective weather, ice accre...
This paper evaluates a thermodynamic ice crystal icing model that has been previously presented to d...
The aviation industry is currently facing increasing environmental and energy challenges regarding...
Icing in warm environments, e.g. in aircraft engines or heated measurement probes, occurs if airplan...
Accurate determination of the mechanical response of atmospheric ice is key to understanding the ris...
Ice collection and blockages in fuel systems have been of interest to the aerospace community since ...
The aviation industry has now connected a number of engine power-loss events to the ingestion of atm...
While ice formation in aviation jet fuel has been a serious concern in the aviation industry in ter...
Atmospheric ice is formed when supercooled water droplets strike an object such as a tree, aircraft ...
Icing is a lethal and costly aviation hazard affecting aircraft of all sizes ranging from small UAVs...
Ice accretion on the inner surface of a fuel tube can fall off and potentially block the filters and...
With the aviation industry facing increasing environmental and energy challenges, there has been a g...
The contamination and behaviour of water in aircraft fuel systems remains a significant global resea...
Ice accretion is a problematic natural phenomenon that an effects a wide range of engineering applic...
Ice collection and blockages in fuel systems have been of interest to the aerospace community since ...
Due to numerous engine power-loss events associated with high-altitude convective weather, ice accre...
This paper evaluates a thermodynamic ice crystal icing model that has been previously presented to d...
The aviation industry is currently facing increasing environmental and energy challenges regarding...
Icing in warm environments, e.g. in aircraft engines or heated measurement probes, occurs if airplan...
Accurate determination of the mechanical response of atmospheric ice is key to understanding the ris...
Ice collection and blockages in fuel systems have been of interest to the aerospace community since ...
The aviation industry has now connected a number of engine power-loss events to the ingestion of atm...
While ice formation in aviation jet fuel has been a serious concern in the aviation industry in ter...
Atmospheric ice is formed when supercooled water droplets strike an object such as a tree, aircraft ...
Icing is a lethal and costly aviation hazard affecting aircraft of all sizes ranging from small UAVs...