The physics which control aircraft ice accretion are reviewed in the context of identifying and forecasting hazardous icing conditions. The severity of aircraft icing is found to be extremely sensitive to temperature, liquid water content and droplet size distribution particularly near the transition between rime and mixed icing. The difficulty in measurement and the variability of these factors with altitude, position and time coupled with variable aircraft sensitivity make forecasting and identifying icing conditions difficult. Automated Pilot Reports (PIREPS) are suggested as one mechanism for improving the data base necessary to forecast icing conditions
AbstractCold cloud interactions with aircrafts that fly through them require knowledge of cloud micr...
Shape and intensity of icing in clouds depend on meteorological parameters and such given by the ici...
International audienceIcing has been identified as a major hazard for aviation safety since the begi...
In-flight icing is one of the most difficult aviation weather hazards facing general aviation. Becau...
The formation of ice over lifting surfaces can affect aerodynamic performance. The ability to predic...
One of the most dangerous atmospheric hazards in aviation is aircraft icing. Ice can build on aircra...
The heat transfer behavior of accreting ice surfaces in natural (flight test) and simulated (wind tu...
An overview of NASA's ongoing efforts to develop an airfoil icing analysis capability is developed. ...
Aircraft icing refers to the ice buildup on the surface of an aircraft flying in icing conditions. T...
In-flight ice accretion under parametric uncertainty is investigated. Three test cases are presented...
AbstractResearches have indicated that impinging droplets can be entrapped as liquid in the ice matr...
The present report examines the problem of ice formation from the point of view of the pilot and the...
This paper reviews the background to and the current status of analyses developed to address the pro...
The icing hazard can, in most cases, be avoided by correct execution of the flights according to met...
Ice accretion is a problematic natural phenomenon that an effects a wide range of engineering applic...
AbstractCold cloud interactions with aircrafts that fly through them require knowledge of cloud micr...
Shape and intensity of icing in clouds depend on meteorological parameters and such given by the ici...
International audienceIcing has been identified as a major hazard for aviation safety since the begi...
In-flight icing is one of the most difficult aviation weather hazards facing general aviation. Becau...
The formation of ice over lifting surfaces can affect aerodynamic performance. The ability to predic...
One of the most dangerous atmospheric hazards in aviation is aircraft icing. Ice can build on aircra...
The heat transfer behavior of accreting ice surfaces in natural (flight test) and simulated (wind tu...
An overview of NASA's ongoing efforts to develop an airfoil icing analysis capability is developed. ...
Aircraft icing refers to the ice buildup on the surface of an aircraft flying in icing conditions. T...
In-flight ice accretion under parametric uncertainty is investigated. Three test cases are presented...
AbstractResearches have indicated that impinging droplets can be entrapped as liquid in the ice matr...
The present report examines the problem of ice formation from the point of view of the pilot and the...
This paper reviews the background to and the current status of analyses developed to address the pro...
The icing hazard can, in most cases, be avoided by correct execution of the flights according to met...
Ice accretion is a problematic natural phenomenon that an effects a wide range of engineering applic...
AbstractCold cloud interactions with aircrafts that fly through them require knowledge of cloud micr...
Shape and intensity of icing in clouds depend on meteorological parameters and such given by the ici...
International audienceIcing has been identified as a major hazard for aviation safety since the begi...