2440 



Motion of Solid Bodies in Perfect Fluids 



2440 



Pressure on wedge in stream unbounded in Solid of revolution of least resistance. Gru- 

 two directions. MeSterskij, I. Rs. Ps.-C. nert, J. A. Arch. Mth. Ps. 45 (1866) 237-. 

 S. J. 18 (Ps.) (1886) 327- ; Fschr. Ps. (1886) (Newton's theory). August, F. 



(Ab. 1) 352-. 



Reciprocal action of falling bodies and forma- 

 tion of vacuum. Liubirnov, N. A, Us. Ps.-C. 

 S. J. 25 (Ps.) (1893) 199-. 



Resistance. Siacci, F. Tor. Ac. Sc. At. 19 

 (*1883) 541-. 



. Kelvin, (Lord). Nt. 50 (1894) 524-, 549, 

 573-, 597-. 



. Schieldrop, B. Nv. Archt. T. 40 



in infinite fluid. Terre, . As. Fr. C. R. 

 (1899) (Pt. 1) 147-. 



to plane moving uniformly in direction 

 inclined to it at small angle. Kelvin, (Lord) . 

 Ph. Mg. 38 (1894) 409-. 



sphere. Touche, . Par. S. Mth. Bll. 



26 (1898) 86-. 

 surface. Fitte, L. Par. EC. Norm. A. 



10 (1893) 315-. 

 thin disk. Touche, . Par. S. Mth. 



Bll. 24 (1896) 39-. 



of uniformly moving fluid to disk and wedge. 

 Gerlach, E. Giving. 31 (1885) 77-. 



water to planes and solids. Fink, F. 

 Giving. 38 (1892) 529-, 635-; 39 (1893) 261- ; 

 40 (1894) 115-, 399-. 



ships in canals. Graevell, . 



Giving. 33 (1887) 97-. 



Rigid body in infinite fluid, expression for vis 



viva. Somigliana, C. Mil. I. Lomb. Rd. 29 



(1896) 147-. 

 Ring. Lindskog, N. Ups. Arsk. (1885) (Mt. 



Nt.) 44 pp. ; (1888) (Mt. Nt.) 5 pp. ; Fschr. 



Mth. (1885) 499-. 



in infinite fluid. Basset, A. B. Camb. Ph. 

 S. P. 6 (1889) 47-, 126. 



Rings at rest in fluid, apparent interaction. 



Eiecke, E. Gott. Nr. (1887) 505-. 

 Rotation of solid covered by fluid. Gylden, 



J. A. H. Stockh. Ofv. 35 (1878) No. 7, 3-; 



As. Nr. 93 (1878) 273-; Stockh. Ofv. 36 



(1879) No. 3, 5-. 

 Solid of least resistance. Eussell, J. S. B. A. 



Rp. (1835) (pt. 2) 107-. 

 . Walton, W. [1869] QJ. Mth. 



10 (1870) 344-. 

 . Popov, A. T. (xn) Kazan Un. 



Mm. 12 (1876) 751-. 

 . Starkov, A. N. Rs. S. Nt. Mm. 



(Mth.) 5 (1884) 49-; Fschr. Mth. (1885) 359-. 

 , and Nordmark's formulas. Hall- 



strom, G. G. Stockh. Ak. Hndl. 29 (1808) 



159-. 



, peculiarities in expression of 

 Newton's proposition. Starkov, A. N. Rs. 

 S. Nt. Mm. (Mth.) 6 (1885) 47-; Fschr. Mth. 

 (1885) 359-. 



revolution. Kirchhoff, G. Crelle J. 



71 (1870) 237-. 



. KQpcke, A. Mth. A. 12 (1877) 387-. 



. Schulke, A. Arch. Mth. Ps. 68 



(1882) 113-. 

 , exhaustion of Neumann's method. 



Michell, J. H. Mess. Mth. 19 (1890) 83-. 



Crelle J. Mth. 103 (1888) 1-. 



stream forms. 



T. 36 (1895) 234-. 

 Solids of equal respective resistance. Fontana, 



M. [1805] Bologna Mm. I. It.l(p*e. 2) (1806) 



223-. 



Sphere. Riecke, E. A. Ps. C. 36 (1889) 322-. 

 Spheres. Stefanini, A. N. Cim. 12 (1882) 97-, 



193-. 

 , 2. Basset, A. B. L. Mth. S. P. 18 



(1886-87) 369-. 

 , . Herman, E. A. QJ. Mth. 22 (1887) 



204-. 

 , method of images. Volterra, V. N. Cim. 



12 (1882) 65-. 

 Spherical and ellipsoidal bodies. Pearson, K. 



QJ. Mth. 20 (1885) 60-, 184-. 

 Spiral motion and its application for separation 



of suspended matter. Meyer, T. C. Ztg. 22 



(1898) 1065-. 

 Steady motion of 2 cylinders, condition. Hicks, 



W. M. QJ. Mth. 17 (1881) 194- . 

 solid of revolution in infinite fluid 



and of top. Greenhill, A. G. QJ. Mth. 17 



(1881) 86-. 

 Stream lines. Froude, W. Nv. Sc. 3 (1874) 



504-. 

 round obstacle, construction. Korda, D. 



Mth. Termt. Ets. 12 (1894) 296-. 

 , properties. Eankine, W. J. M. Ph. 



Mg. 28 (1864) 282-; 29 (1865) 25-. 

 , theory. Eankine, W. J. M. [1870] 



Phil. Trans. 161 (1871) 267-, 305-. 

 Suspension of ball by jet of water. Reynolds, O. 



Manch. Lt. Ph. S. P. 9 (1870) 115-, 133-. 

 . Hagenbach-Bischoff, E. 



Arch. Sc. Ps. Nt. 56 (1876) 325-. 

 , and interference of heat. 



Henry, J. [1846] Smiths. Misc. Col. 30 



(1887) (1) 254. 

 solids in flowing water. Hooker, E. H. 



Am. S. CE. T. 36 (1896) 239-. 

 Swimming. Horsburgh, J. Nicholson J. 15 



(1806) 265-. 

 Theory, application of 6 functions with 2 



variables. Weber, H . Mth. A. 14 (1879) 173-. 

 __, method of impulses. Willotte, H. 



Liouv. J. Mth. 7 (1891) 399-; 9 (1893) 5-; 



10 (1894) 93-. 

 Transport of heavy particles by column of 



water in rapid motion, application to shaft 



sinking and boring. Eicken, von. Z.Berg- 



H.-Salw. (Ab.) 13 (1865) 177-. 



mud, sand and gravel by streams. 

 Vauthier, L. L. As. Fr. C. R. (1884) (Pt. 2) 

 86-; A. Pon. Chauss. 10 (1885) 1165-. 



Vibrations. Auerbach,F. A.Ps. 0.17(1882) 964-. 

 . Koldcek, F. Wien Ak. Sb. 87 (1883) 

 (Ab. 2) 1147-. 



of pendulums in fluid media. Green, G. 

 [1833] Edinb. R. S. T. 13 (1836) 54-. 



Water in closed quadrangular vessel quite 

 filled. Stokes, G. G. [1843-46] Camb. Ph. 

 S. T. 8 (1849) 105-, 409-. 



VOL. II. 



177 



