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Title: Handbook of physical constants and functions for use in atmospheric boundary layer studies
Authors: United States. Office of Naval Research.
Andreas, Edgar L.
Keywords: Air density
Beaufort Scale
Diffusivities in air
Fujita Scale
Latent heat
Mean free path
Saffir-Simpson Scale
Specific heat
Surface tension of water
Thermal conductivity of air
Water density
Water vapor variables
Boundary layer
Publisher: Cold Regions Research and Engineering Laboratory (U.S)
Engineer Research and Development Center (U.S.)
Series/Report no.: ERDC/CRREL M ; 05-1.
Description: CRREL Monograph
Abstract: Studies of the atmospheric boundary layer always require values for the dynamic and thermodynamic properties of the fluids present: namely, air, water vapor, and other trace gases. Studies of the marine boundary layer frequently require similar properties for the ocean, in addition. This handbook collects functions for calculating the values for these dynamic and thermodynamic variables. For example, it includes equations for air density, water vapor density, and seawater density. It also describes various humidity variables and shows how to convert among these. It includes equations for the specific heats of dry air, water vapor, moist air, seawater, and ice and for the latent heats of water in its various phases. The handbook goes on to show how to calculate the molecular transport properties such as the thermal conductivity of air and the diffusivities of heat, water vapor, and several environmentally important gases in air. This discussion naturally includes values for the molecular Prandtl and Schmidt numbers. Finally, the handbook concludes with summaries of several wind force scales that descriptively categorize winds on land and sea: the Beaufort Scale, the Saffir-Simpson Scale for hurricanes, and the Fujita Scale for tornadoes.
Rights: Approved for public release; distribution is unlimited.
Appears in Collections:Monograph

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