论文信息 - A Theoretical and Experimental Study of Planing Surfaces Including Effects of Cross Section and Plan Form

A Theoretical and Experimental Study of Planing Surfaces Including Effects of Cross Section and Plan Form

A summary is given of the background and present status of the pure-planing theory for rectangular flat plates and v-bottom surfaces. The equations reviewed are compared with experiment. In order to extend the range of available planing data, the principal planing characteristics for models having sharp bottom surfaces having constant angles of dead rise of 20 degrees and 40 degrees. Planing data were also obtained for flat-plate surfaces with very slightly rounded chines for which decreased lift and drag coefficients are obtained.

Charles L Shuford

[1] Donald David Farshing. The lift coefficient of flat planing surfaces. , 1955 .

[2] Robert T. Jones,et al. Properties of low-aspect-ratio pointed wings at speeds below and above the speed of sound , 1946 .

[3] F. W. S. Locke. An Empirical Study of Low Aspect Ratio Lifting Surfaces with Particular Regard to Planing Craft , 1949 .

[4] Ellis E Mcbride. An Experimental Investigation of the Scale Relations for the Impinging Water Spray Generated by a Planing Surface , 1956 .

[5] Walter J Kapryan,et al. The High-speed Planing Characteristics of a Rectangular Flat Plate over a Wide Range of Trim and Wetted Length , 1953 .

[6] A Sambraus. Planing-surface Tests at Large Froude Numbers - Airfoil Comparison , 1938 .

[7] Ulysse J. Blanchard. The planing characteristics of a surface having a basic angle of dead rise of 40 degrees and horizontal chine flare , 1952 .

[8] Byrne Perry. LIFT MEASUREMENTS ON SMALL-SCALE FLAT PLANING SURFACES , 1954 .