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64 results for “icinganalysis”

  1. "evaporation losses are ... very small (less than percent) in the case of smaller obstacles (of icing-rate-measurement-cylinder size)."

    From: NACA-TN-3024, "Maximum Evaporation Rates of Water Droplets Approaching Obstacles the Atmosphere under Icing Conditions"

    Less that 1% of drops evaporate approaching an obstacle for most cases.


    icinganalysis.com/naca-tn-3024

  2. "evaporation losses are ... very small (less than percent) in the case of smaller obstacles (of icing-rate-measurement-cylinder size)."

    From: NACA-TN-3024, "Maximum Evaporation Rates of Water Droplets Approaching Obstacles the Atmosphere under Icing Conditions"

    Less that 1% of drops evaporate approaching an obstacle for most cases.

    #AircraftIcing #Histodons
    icinganalysis.com/naca-tn-3024

  3. "[LWC] limits have been calculated for a rotating cylinder..., and the results show that rotating cylinder measurements are of limited usefulness and may, in fact, prove entirely misleading as regards both water content and droplet size."

    From: Fraser, et al., "Thermodynamic Limitations of Ice Accretion Instruments"

    The term "freezing fraction" is defined (but probably not the one that you expected).


    icinganalysis.com/fraser.html

  4. "The effects of frictional heating were analyzed to determine the conditions under which ice formations can be prevented"

    From: NACA-TN-2914, NACA-TN-2861 "Analytical Investigation of Icing Limit for Diamond Shaped Airfoil in Transonic and Supersonic Flow"

    The warmest ambient temperature at which ice can accumulate is calculated.


    icinganalysis.com/naca-tn-2914

  5. "I'm burning through the sky, yeah. Two hundred degrees, that's why they call me Mister Fahrenheit. I'm travelling at the speed of light."

    From: A Brief Digression on Unit Systems

    The unit system used herein is detailed.


    icinganalysis.com/a-brief-digr

  6. "I'm burning through the sky, yeah. Two hundred degrees, that's why they call me Mister Fahrenheit. I'm travelling at the speed of light."

    From: A Brief Digression on Unit Systems

    The unit system used herein is detailed.

    #AircraftIcing #Histodons
    icinganalysis.com/a-brief-digr

  7. "Solution of the heat and mass transfer from a wetted surface is quite involved and tedious."

    From: NACA-TN-2799, "Simple Graphical Solution of Heat Transfer and Evaporation from Surface Heated to Prevent Icing"

    Simplified ice protection equations allow graphical solutions.


    icinganalysis.com/naca-tn-2799

  8. "Beautiful is better than ugly."

    From: Python coding style guide

    For the Thermodynamics tread and on, I will be using this style guide. Previous code may eventually be upgraded to this.


    icinganalysis.com/python-codin

  9. "Beautiful is better than ugly."

    From: Python coding style guide

    For the Thermodynamics tread and on, I will be using this style guide. Previous code may eventually be upgraded to this.


    icinganalysis.com/python-codin

  10. ""freezing-fraction" denotes the proportion of the impinging liquid which freezes in the impingement region"

    From: B. L. Messinger, "Equilibrium Temperature of an Unheated Icing Surface as a Function of Airspeed"

    The term "freezing fraction" is defined


    icinganalysis.com/messinger.ht

  11. ""freezing-fraction" denotes the proportion of the impinging liquid which freezes in the impingement region"

    From: B. L. Messinger, "Equilibrium Temperature of an Unheated Icing Surface as a Function of Airspeed"

    The term "freezing fraction" is defined

    #AircraftIcing #Histodons
    icinganalysis.com/messinger.ht

  12. ""freezing-fraction" denotes the proportion of the impinging liquid which freezes in the impingement region"

    From: B. L. Messinger, "Equilibrium Temperature of an Unheated Icing Surface as a Function of Airspeed"

    The term "freezing fraction" is defined


    icinganalysis.com/messinger.ht

  13. "The rotating-cylinder technique of determining water content and drop-size distribution cannot therefore be used without consideration of the heat economy"

    From: F. H. Ludlam, "The Heat Economy of a Rimed Cylinder"

    Various "Ludlam Limits" have been implemented, but they produce different results.


    icinganalysis.com/ludlam.html

  14. "The rotating-cylinder technique of determining water content and drop-size distribution cannot therefore be used without consideration of the heat economy"

    From: F. H. Ludlam, "The Heat Economy of a Rimed Cylinder"

    Various "Ludlam Limits" have been implemented, but they produce different results.


    icinganalysis.com/ludlam.html

  15. "The rotating-cylinder technique of determining water content and drop-size distribution cannot therefore be used without consideration of the heat economy"

    From: F. H. Ludlam, "The Heat Economy of a Rimed Cylinder"

    Various "Ludlam Limits" have been implemented, but they produce different results.

    #AircraftIcing #Histodons
    icinganalysis.com/ludlam.html

  16. "The rotating-cylinder technique of determining water content and drop-size distribution cannot therefore be used without consideration of the heat economy"

    From: F. H. Ludlam, "The Heat Economy of a Rimed Cylinder"

    Various "Ludlam Limits" have been implemented, but they produce different results.

    #AircraftIcing #Histodons
    icinganalysis.com/ludlam.html

  17. "... equations for calculating the rate of heat transfer from airfoils in icing conditions were verified"

    From: NACA-TN-1472, "The Calculation of the Heat Required for Wing Thermal Ice Prevention in Specified Icing Conditions"

    Natural icing flight tests with an instrumented test airfoil are compared to 2D thermodynamic calculations.


    icinganalysis.com/naca-tn-1472

  18. "... equations for calculating the rate of heat transfer from airfoils in icing conditions were verified"

    From: NACA-TN-1472, "The Calculation of the Heat Required for Wing Thermal Ice Prevention in Specified Icing Conditions"

    Natural icing flight tests with an instrumented test airfoil are compared to 2D thermodynamic calculations.


    icinganalysis.com/naca-tn-1472

  19. "It has been shown that the temperature of the surface of the wing in conditions of icing can be predicted with considerable exactitude from the temperatures measured in clear air."

    From: NACA-TR-831, "An Analysis of the Dissipation of Heat in Conditions of Icing from a Section of the Wing of the C-46 Airplane"

    Two-dimensional heat balance equations for ice protection are detailed.


    icinganalysis.com/naca-tr-831.

  20. "It has been shown that the temperature of the surface of the wing in conditions of icing can be predicted with considerable exactitude from the temperatures measured in clear air."

    From: NACA-TR-831, "An Analysis of the Dissipation of Heat in Conditions of Icing from a Section of the Wing of the C-46 Airplane"

    Two-dimensional heat balance equations for ice protection are detailed.


    icinganalysis.com/naca-tr-831.

  21. "It has been shown that the temperature of the surface of the wing in conditions of icing can be predicted with considerable exactitude from the temperatures measured in clear air."

    From: NACA-TR-831, "An Analysis of the Dissipation of Heat in Conditions of Icing from a Section of the Wing of the C-46 Airplane"

    Two-dimensional heat balance equations for ice protection are detailed.

    #AircraftIcing #Histodons
    icinganalysis.com/naca-tr-831.

  22. "It has been shown that the temperature of the surface of the wing in conditions of icing can be predicted with considerable exactitude from the temperatures measured in clear air."

    From: NACA-TR-831, "An Analysis of the Dissipation of Heat in Conditions of Icing from a Section of the Wing of the C-46 Airplane"

    Two-dimensional heat balance equations for ice protection are detailed.

    #AircraftIcing #Histodons
    icinganalysis.com/naca-tr-831.

  23. "A method is given for calculating the temperature of a surface wetted ... by a pure liquid, such as water"

    From: NACA-ARR-5G13, "Kinetic Temperature of Wet Surfaces A Method of Calculating the Amount of Alcohol Required to Prevent Ice, and the Derivation of the Psychrometric Equation"

    Psychrometric equations are presented to calculate the thermal effects of evaporation from wet surfaces at high air speeds.


    icinganalysis.com/naca-arr-5g1

  24. "A method is given for calculating the temperature of a surface wetted ... by a pure liquid, such as water"

    From: NACA-ARR-5G13, "Kinetic Temperature of Wet Surfaces A Method of Calculating the Amount of Alcohol Required to Prevent Ice, and the Derivation of the Psychrometric Equation"

    Psychrometric equations are presented to calculate the thermal effects of evaporation from wet surfaces at high air speeds.


    icinganalysis.com/naca-arr-5g1

  25. "A method is given for calculating the temperature of a surface wetted ... by a pure liquid, such as water"

    From: NACA-ARR-5G13, "Kinetic Temperature of Wet Surfaces A Method of Calculating the Amount of Alcohol Required to Prevent Ice, and the Derivation of the Psychrometric Equation"

    Psychrometric equations are presented to calculate the thermal effects of evaporation from wet surfaces at high air speeds.

    #AircraftIcing #Histodons
    icinganalysis.com/naca-arr-5g1

  26. "A method is given for calculating the temperature of a surface wetted ... by a pure liquid, such as water"

    From: NACA-ARR-5G13, "Kinetic Temperature of Wet Surfaces A Method of Calculating the Amount of Alcohol Required to Prevent Ice, and the Derivation of the Psychrometric Equation"

    Psychrometric equations are presented to calculate the thermal effects of evaporation from wet surfaces at high air speeds.

    #AircraftIcing #Histodons
    icinganalysis.com/naca-arr-5g1

  27. "ice formation can be redefined in more general terms as a thermodynamic problem" (1936)

    From: Icing Thermodynamics Thread

    This thread will focus on the use of thermodynamic heat and mass balance for icing and ice protection calculations.


    icinganalysis.com/icing-thermo

  28. "ice formation can be redefined in more general terms as a thermodynamic problem" (1936)

    From: Icing Thermodynamics Thread

    This thread will focus on the use of thermodynamic heat and mass balance for icing and ice protection calculations.


    icinganalysis.com/icing-thermo

  29. "ice formation can be redefined in more general terms as a thermodynamic problem" (1936)

    From: Icing Thermodynamics Thread

    This thread will focus on the use of thermodynamic heat and mass balance for icing and ice protection calculations.

    #AircraftIcing #Histodons
    icinganalysis.com/icing-thermo

  30. "ice formation can be redefined in more general terms as a thermodynamic problem" (1936)

    From: Icing Thermodynamics Thread

    This thread will focus on the use of thermodynamic heat and mass balance for icing and ice protection calculations.

    #AircraftIcing #Histodons
    icinganalysis.com/icing-thermo