A further investigation of the meteorological conditions conducive to aircraft icing
W. J. Lewis, Dwight B. Kline, Charles Proteus Steinmetz
Abstract
Open-access reader
W. J. Lewis, Dwight B. Kline, Charles Proteus Steinmetz
Abstract
Open-access reader
Meteorological datafromflight observations la icing conditions during thewinterof 19k.&k7 arepresented, Dataon liquid watercontent, temperature, andmea-f fective dropMameterare shown to be consistent withvalues previously propoeed formaximum icingconditions.Dataon dro~ize dietrilnztion as oh%inedby therotatin~ylinder method, ,although consistent withmeasurements previously ~de, werefoundto be inconsistent withdataon drop sizeM.stributionderived fromtheratioof thenaximum diameter to theme~ffecttve di~ter whenWe maximum diameter was calculated frantheareaof impingement on a stationary cylind6r.Therelation between temperature and~xim~liqul(l watercontent in,~yerclouds is discussed andestimates aregivenforthe higheqt values ofwatercontent to be expected in layerclouds at various 'temperatures."
OpenAlex reports 12 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Meteorological datafromflight observations la icing conditions during thewinterof 19k.&k7 arepresented, Dataon liquid watercontent, temperature, andmea-f fective dropMameterare shown to be consistent withvalues previously propoeed formaximum icingconditions.Dataon dro~ize dietrilnztion as oh%inedby therotatin~ylinder method, ,although consistent withmeasurements previously ~de, werefoundto be inconsistent withdataon drop sizeM.stributionderived fromtheratioof thenaximum diameter to theme~ffecttve di~ter whenWe maximum diameter was calculated frantheareaof impingement on a stationary cylind6r.Therelation between temperature and~xim~liqul(l watercontent in,~yerclouds is discussed andestimates aregivenforthe higheqt values ofwatercontent to be expected in layerclouds at various 'temperatures."
Key concepts: Icing, Liquid water content, Environmental science, Drop (telecommunication), Icing conditions, Meteorology, Atmospheric sciences, Engineering