L'18 



IlVDROnVNAMlCS IN SHIP DllSIGN 



Sec. 50.9 



(I) Wnvt'iiiiikiiiK rcsislaiRo in stciuly motion in 

 sluillow water of uniform depth and unlimited 

 horizontal extent. 



Woinblum, G. P., TMB Rep. 710, Sep 1950, pp. 94-95 



I.umlo, J. K., SN.VME, 1951, pp. 50-55 



KinoshitA, M., "Wnvi- llfsisU'ini-e of n Spliore in a 



Sh.illow Sea," Jour. Zoisen Kiokai (Society of Naval 



.\rThitt'ols, Japan) 1951, Vol. 73. 

 Lunde. J. K., Xonvcgian Moilel Ba.'sin Rep. 10, .\pr. 



1952, pp. 4l>-59 



(')) Wavemaking rcsistanee in aci'i'leralcd niotiun 

 in .-^lialUnv water of uniform dcplli. 



Lumle, J. K., SNAME, 1951, pp. 55-57 (eon.xidiTs 

 linear acceleration). 



((■») Wavemaking resistance for steady motion in 

 a sliallow canal of rectangular section. 



Weinblum. G. P., T.MB Rep. 710, Sep 1950, p. 95 

 Lumle, J. K., SN.VMK, 1951, pp. 57-59. 



(7) Wavemaking resistance for accelerated mo- 

 tion in a shallow canal of rectangular section. 



Lunde, J. K., SX.VME, 1951, pp. 59-60 (considers 

 linear acceleration). 



(8) Wave profiles along the side of and al)aft a 

 moving ship. 



Wiglcy, W. C. S., "Ship Waves," NECI, 19:i0-1931, 

 Vol. 47, pp. 153-196 



Havelock, T. H., '"Ship Waves," Proc. Roy. Soc, 

 1932, Series A, Vol. 135, p. IfT; also Vol. 136, p. 465fT 



Wiglry, W. C. S., ".\ Compari.son of E.\porimont 

 and Calculate<l Wavc-Profiirs and Wuve-Re.fist- 

 ance . . .," Prop. Roy. Soc, 1934, Series .'V, Vol. 144, 

 p. 144ff 



Wigley, W. C. S., "The .Vnalysis of Ship Wave Resist- 

 ance into Component!! Depending on Features of 

 the Form," Trans. Liverpool Eng'g. Soc, 1940, 

 Vol. LXI, pp. 2-35 (NBS library number TA1.L7) 



HavelfK-k, T. H., SNAME, 1951, Fig. 8 on p. 20, 

 from the works of R. Guilloton 



Lunde, J. K., Norwegian Model Ba.iiii Rep. 10, Apr 

 19.52, pp. 60-84. 



(9) Resistancr- of a ship niovinK anioiij;; \va\('s. 



Lunde, J. K., Norwegian MfMlel Ba.sin Rep. 10, Apr 

 19.52, pp. 8-1-97. Con.'tiderH first-order cfTects only, 

 neglecting reflection or scattering of waves by the 

 dhip it-self, un well as heaving and pitching motion. 

 IIavrl<«-k, T. IT., "The Resistance of a Ship .\mong 

 Waves," Proc. Roy. Soc, 1937, Series A, \'ol. 161, 

 p. 299fT 

 Mavelo<k, T. II., "The Drifting Force on a Ship 

 Among Waves, ' Phil. Mag., 1942, Vol. 33, p. 4fl7IT 



Weinblum, G. P, 

 pp. 184-248. 



and St. Denis, .M., SNAME, 1950, 



and |i. •'>ti5fT 

 Havel.Kk, T. II 



p. 407fT 

 Ilavclock, T. II. 



(,10) Streamlines or lines of flow along the hull 

 surfaces of ships in steady motion and quiet 

 water. 



Guilloton, R., "Stream Lines on Fine Hulls," I.\.\, 

 1948, Vol. 90, pp. 4S-63. Diagram 1 of Fig. 50.E, 

 adapted from Fig. 2 on p. .52 of the reference, 

 indicates what had been achieve<.l by Guilloton as 

 of the dat« of this paper. 



(11) Lines of etjual prc,s.surc [f = ( — r/g) {d<t>/dx) 

 corresponding to each waterline] aroiuid the hull 

 of a ship in steady motion in quiet water. 



Guilloton, R., "Stream Lines on Fine Hulls," IN.\, 

 1948, Vol. 90, pp. 48-63. Diagram 2 of Fig. 50.E, 

 adapted from Fig. 3 on p. 54 of the reference, 

 depicts some of these lines on a so-called mathe- 

 matical model. 



Guilloton's 



Tontjents —^ 



Broken Lines 

 Represent 

 Approximate 

 Troces of Some 

 Streamlines 



1 



Both Bod^ Plons Represent W.C.S. V/iqlev's Model 755, when 

 Run at Froude Number of 0.274 



Guilloton's 



Lines of 



Constont 



FVessure ^(rel^l 

 wh.re^.-^||- 

 Correspondino to Eoch WL C. 



Phil, Mag., S<.rie,M 7, 1910, Vol. 29, 

 INA, 194.5, Vol. 87, p. 109(T 



l'"i(;. .50. E Sthkami.ink.'a .\Nn T,inks of Co.v.stant 



PllK.SSrKK .\.s DkKIVKI) .VN'.tl.YTICAI.I.V IIY R. Gfll.lAlTO.N 



(12) EITect of longitudinal distribution of dis- 

 placement and shajie of the section-area curve. 



Weinblum, G. P., T.MB Rep. 710, Sep 1950, pp. 38-50. 

 In Fig. .'il on p. ."iS, the author gives some forelxxly 

 si'cl ion-area curves for Mhips of Ica.tt re.xlstjince at 

 variou.-< Froude numbers. In l''ig. 32 on p. 60 he 

 reproduces some similar full-length .1-curves from 

 G. Pavlenko. 



Pieii, P. C., SNAMi:, 1953, pp. 5.S0-5S2. 



