1620 Kinetics of Solids, etc. 



Rolling circular cones. Poinsot, L. Liouv. J. 



Mth. 18 (1853) 41-. 

 . Bour, J. E. E. (rx) Par. S. Phlm. 



Bll. 2 (1865) 166-. 



of cylinders. Moseley, H. Phil. Trans. 

 (1851) 549-. 



on plane surfaces, and application to 



bicycles. Perron, E. Lux. I. Pb. 22 (1893) 63-. 



and sliding, perfect, in motion of solids on 

 surfaces. Anderson, H. J. Philad. T. 3 

 (1830) 315-. 



of solid of revolution on horizontal plane. 

 Puiseux, V. Liouv. J. Mth. 13 (1848) 249-. 



. Lindelof, E. Hel- 



singf. Acta 20 (1885) No. 10, 18 pp. 

 . Schouten, G. Amst. 



Ak. Vs. M. 5 (1889) 292- ; Fschr. Ps. (1888) 



(Ab. 1) 182. 

 , under gravity. Cap- 



lygin, S. A. Mosc. S. Sc. Bll. 93 (No. 1) 



(1897) 10-; Fschr. Mth. (1896) 624-. 

 , . Suchar, P. I. 



[Bucarest S. Sc. Bl. 6 (1897)] 316-. 

 , . Korteweg, D. 



J. N. Arch. Wisk. 4 (1899) 204. 

 surface of revolution under 



gravity, steady motion. Greenhill, A. G. 



QJ. Mth. 18 (1882) 229-. 

 Rotatory motion, phenomena. Powell, B. R. 



I. P. 1 (1851-54) 393-. 

 Rough curves or surfaces, motion of body on. 



Wiebe, F. K. H. Berl. Pol. Gs. Vh. 18 (1857) 



118-. 

 Sphere on concave surface, elliptic motion. 



Osann, G. Wurzb. Vh. 9 (1859) 159-. 

 , heavy, motion on horizontal plane, appli- 

 cation of elliptic functions. Padova, E. 



Rm. R. Ac. Line. Rd. 4 (1888) (Sem. 1) 507-. 

 , homogeneous, motion on fixed plane. Caza- 



lis, . Rouen Ac. Tr. (1823) 39-. 



hung by rolled up thread, motion. Oskamp, 

 G.A. N. Arch. Wisk. 4 (*1878) 60-. 



moving along revolving cylinder. Booth, J. 

 Camb. Mth. J. 3 (1843) 42-. 



in revolving tube. Le Barbier, . Gergonne 

 A. Mth. 19 (1828-29) 285-, 359-. 



rolling on fixed plane. Crescini, E. Rm. 

 R. Ac. Line. Rd. 5 (1889) (Sem. 1) 204-. 



plane. Caplygin, S. A. [1897] Rec. 



Mth. (Moscou) 20 (1899) 1-; Fschr. Mth. 

 (1896) 625-. 



sphere with centre fixed. S., H. J. 



QJ. Mth. 4 (1861) 262-. 



, rotating, experiments, application to astro- 

 nomy, etc. ' Vega, G. Erfurt N. Acta 1 (1799) 

 135-. 



on rotating rod, Bary's problem. Ende, 

 H. am. Arch. Mth. Ps. 49 (1869) 110-. 



Spheroids with all moments of inertia equal. 



Ostrogradsky, M. A. [1842] St. P6t. Ac. Sc. 



Bll. 1 (1843) 60-. 

 Spindle, graphic description of motion. Mai- 



ztere, de. (vm) Reims Se. Ac. 1 (1845) 



360-. 

 Spindles on equal similar supports, motion. 



Magistrini, G. B. Bologna N. Cm. 3 (1839) 



Kinetics of Chains 1630 



Steady motion, stability. Eouth, E. J. L. 



Mth. S. P. 6 (1874-75) 86-. 

 Swing or trapeze, theory of increasing ampli- 

 tude of vibrations. Lecornu, L. As. Fr. C. 



R. (1894) (Pt. 2) 278-. 

 Symmetrical body, heavy, on plane, motion. 



Le Barbier, . Gergonne A. Mth. 8 (1817- 



18) 298-. 

 System of bodies with masses variable, motion. 



Poisson, S. D. Par. St Phlm. Bll. (1819) 



60-. 

 , motions. Strong, T. Silliman J. 



24 (1833) 40-; 25 (1834) 281- ; 26 (1834) 



particles connected by stiff rods, and 



constrained by two grooves, motion. Decima, 

 A. dalla. Padova Mm. Ac. (1809) 294-. 



in space, motion. Schoenjlies, A. Z. Mth. 

 Ps. 28 (1883) 229-. 



of variable form, motion. Picart, L. C. R. 

 118 (1894) 733-. 



Triangular pyramid, dynamical property. 



Baehr, G. F. W. (vn) Amst. N. Ws. Ntk. 



Vh. 2 (1854) 167-. 

 Tube containing particles, motion. B., H. 



G. Teix. J. Sc. 5 (*1883) 9-. 

 Unstable equilibrium, motion near position of. 



Kneser, A. Dorpat Sb. 11 (1896) 153-. 

 , . Karstens, H. [1898] 



Dorpat Sb. 12 (1901) 66-. 

 Variable motion. Bordoni, A. [1814] Mod. 



Mm. S. It. 17 (1815) 157-. 

 Vis viva of bodies revolving about vertical axis 



or rolling on horizontal plane. Riccati, G. 



Verona S. It. Mm. 4 (1788) 96-. 

 Wheel, motion and stability. Hoppe, R. Arch. 



Mth. Ps. 67 (1882) 165-. 



1630 Kinetics of chains and 

 flexible surfaces. 



KINETICS OF CHAINS. 



Pagani, G. M. Brux. Mm. Cour. 5 (1826) 

 147 pp. 



Catenary, and associated trajectory, on para- 

 boloid, cone, etc. Greenhill, A. G. L. Mth. 

 S. P. 29 (1898) 585-. 



, centrifugal. Webb, J. B. Am. As. P. 

 (1889) 76. 



Chain with 1 end having given periodic motion, 

 mathematical theory. Bourget, J. C. R. 75 

 (1872) 5-. 



equal tendency to break everywhere, 

 motion. Floquet, G. Nancy S. Sc. Bll. 

 (1900) 167-. 



moving in orbit defined by its position, 

 synthetic view. Jung, J. Z. Mth. Ps. 45 

 (1900) 39-. 



, rotating. Pagani, G. M. Quetelet Cor. 

 Mth. 4 (1828) 304-. 



horizontally. Hoppe, R. Arch. Mth. 

 Ps. 70 (1884) 90-. 



Chains, 2, motion. Resal, H. A. C. R. 97 



(1883) 1239-. 

 Continuous impulse problems. Cayley, A. R. 



S. P. 8 (1856-57) 506-. 



134 



