Supplementary charts for estimating performance of high-performance helicopters
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Gessow, Alfred↗
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Charts for estimating rotor-blade flapping motion of high-performance helicopters
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Tapscott, Robert J↗
Experimental investigation of eccentricity ratio, friction, and oil flow of long and short journal bearings with load-number charts
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Dubois, G B↗
Charts of Boundary-layer Mass Flow and Momentum for Inlet Performance Analysis Mach Number Range, 0.2 to 5.0
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Simon, Paul C↗
Charts for the Analysis of Flow in a Whirling Duct
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Makofski, Robert A↗
Cascade Investigation of a Related Series of 6-percent-thick Guide-vane Profiles and Design Charts
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Dunavant, James C↗
Charts for Estimating the Effects of Short-period Stability Characteristics on Airplane Vertical-acceleration and Pitch-angle Response in Continuous Atmospheric Turbulence
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Pratt, Kermit G↗
Charts relating the compressive and shear buckling stresses of longitudinally supported plates to the effective deflectional stiffness
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Johnson, Aldie E↗
Charts for estimation of the profile drag-lift ratio of a helicopter rotor having rectangular blades with -8 degree twist
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Gustafson, F B↗
Charts giving critical compressive stress of continuous flat sheet divided into parallelogram-shaped panels
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Anderson, Roger A↗
Charts of thermodynamic properties of fluids encountered in calculations of internal combustion engine cycles
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Hottel, H C↗
Analysis and Construction of Design Charts for Turbines with Downstream Stators
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Cavicchi, Richard H↗
Cascade investigation of a related series of 6-percent-thick guide-vane profiles and design charts
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Dunavant, James C↗
Tables and Charts for Thermodynamic Calculations Involving Air and Fuels Containing Boron, Carbon, Hydrogen, and Oxygen
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Hall, Eldon W↗
Charts of Pressure, Density, and Temperature Changes at an Abrupt Increase in Cross-sectional Area of Flow of Compressible Air
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Joyner, Upshur T↗
Derivation of charts for determining the horizontal tail load variation with any elevator motion
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Pearson, Henry A↗
Generalized Selection Charts for Bombers Powered by Two, Four, and Six 3000-horsepower Engines I : Capacity and Economy
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Hill, Paul R↗
Use of charts for flow discharge calculations
Various problems in connection with engine design involve flow-discharge calculations which are rendered difficult both on account of the large number of external variables that enter into the computation - i.e., changes in discharge area during the process, change in volume of the cylinder, pressure, etc., and changes in the thermal constants themselves of the flow medium. A fairly accurate solution that does not involve an excessive amount of labor can be obtained only through the extensive use of i-s tables. In the present report, a solution is offered in the form of a different method making use of the I-S table of Lutz and Wolf.
Lutz, O↗