8420 



Kinematic Geometry 



Motion 8420 



Joints, simple. Chebuishev, P. L. [1879] (xn) 

 Eec. Mth. (Moscou) 9 (1878-81) (Pt. 1) 340-. 



Kinematic determination of curves. Ocagne, 

 M. d>. N. A. Mth. 1 (1882) 40-; 2 (1883) 

 189-. 



geometry, applications. Mannheim, A. 

 Prag Sb. (1888) (Mth.-Nt.) 87-. 



of space, fundamental theorem in. Geiser, 



C. F. [1880] Crelle J. Mth. 90 (1881) 39-. 



and metrical properties of conjugate quadri- 

 laterals. Stephanos, C. C. E. 95 (1882) 677-. 



Kinematics applied to y modern geometry. 

 Prochdzka, B. Prag Cesk6 Ak. Fr. Jos. 

 Ez. (Tfida 2) 5 (1896) Art. 40, 19 pp.; 

 Fschr. Mth. (1896) 415-. 



of figures on surfaces. Levy, M. C. E. 86 

 (1878) 812-. 



jointed frameworks. Somov, P. 0. Vars. 



S. Nt. Tr. (1900) (C. R., Ps. C.) No. 5, 46 pp. 



plane. Cayley, A. QJ. Mth. 16 (1879) 1-. 



, reciprocal figures and quadratic transforma- 

 tion in. Cavalli, E. Nap. Ac. At. 9 (1899) 

 No. 12, 28 pp. 



of variable configurations with relations of 

 similarity or affinity. Schumann, A. Z. Mth. 

 Ps. 26 (1881) 157-. 



or rigid systems, cases. Burmester, L. 



Z. Mth. Ps. 23 (1878) 108-. 

 Limacon, mechanical construction and parallel 



motion deduced therefrom. Hart, H. Mess. 



Mth. 5 (1876) 35-. 

 Lines, 2, revolving in same plane about 2 fixed 



points, curves of intersection. Mensbrugghe, 



G. van der. [1863] (vm) Brux. Mm. Cour. 



8, 16 (1864) 22 pp. 

 , , with uniform angular velocity about 



point, appearances. Plateau, J. A. F. Que- 



telet Cor. Mth. 4 (1828) 393-. 

 Linkage, every algebraic condition imposed on 



motion of body is realisable by. Koenigs, G. 



C. E. 120 (1895) 981-. 



C. E. 120 (1895) 861-. 

 Linkwork, expression of curves generated by, 



as irreducible determinant. Sylvester, J. J. 



L. Mth. S. P. 6 (1874-75) 196-. 

 Lissajous's curves. Braun, W. Mth. A. 8 



(1875) 565-. 

 . Himstedt, . Arch. Mth. Ps. 70 (1884) 



337-. 

 . Ekama, H. Arch. Mth. Ps. 6 (1888) 



39-. 

 Mechanical construction of curves. Painvin. L. 



N. A. Mth. 15 (1856) 139-. 

 . Russell, W. H. L. [1869] E. S. 



P. 18 (1870) 72-. 

 , 4th degree. Cayley, A. [1872] 



L. Mth. S. P. 4 (1871-73) 186-. 

 sphero-conics. Hart, H. L. Mth. S. 



P. 6 (1874-75) 136-. 

 Method of tangents. Johnson, W. W. A. Mth. 



1 (1884-85) 131-. 



Motion. 



apparent, of heavy particle at earth's surface. 

 Gilbert, L. P. [1877] (xn) Brux. S. Sc. A. 



2 (1878) (Pt. 1) 61-, (Pt. 2) 49-. 



of body remaining homothetic to itself during 



displacement and deformation. Fouret, G. 



C. E. 88 (1879) 227-. 

 conchoidal. Habich,E. Les Mondes 11 (1866) 



307-. 

 under 5 conditions, case. Rouquet, V. Toul. 



Fac. Sc. A. 10 (1896) F, 23 pp. 

 , curves and surfaces described in. 



Schoenflies, . Bll. Sc. Mth. 12 (1888) 18-. 

 of connecting rod, curves generated by, rule for 



substitution in given arc. Barbier, E. C. E. 



96 (1883) 1648. 



continuous .material system, differential 

 invariants. Zorawski, K. Krk. Ak. (Mt.- 

 Prz.) Ez. 18 (1901) 353-; Crc. Ac. Sc. Bll. 

 (1900) 367-. 



2 convicts chained together, problem. Col- 

 lignon, E. As. Fr. C. E. (1893) (Pt. 2) 47-. 



curve on another equal curve. Minozzi, A. 

 G. Mt. 14 (1876) 190-. 



developable cylinders. Bottomley,J. Manch. 

 Lt. Ph. S. P. 20 (1881) 128-. 



elliptic, theorem of Mobius. Mansion, . [1900] 

 Brux. S. Sc. A. 25 (1901) (Pt. 1) 71-. 



, of unresisted projectiles, constructions con- 

 nected with. Tait, P. G. Edinb. E. S. P. 

 5 (1866) 565-. 



of figure in its plane. Ribaucour, A. (xi) 

 Par. S. Phlm. Bll. 6 (1869) 12-. 



figures in plane and space. Jordan, C. (x) 

 Par. S. Mth. Bll. 1 (1873) 144-. 



remaining similar to themselves. For- 



menti, C. G. Mt. 17 (1879) 232-. 

 during displacement in space, 



case. Grouard, A. (x) Par. S. Phlm. Bll. 



10 (1873) 47-. 

 general, of solid. Seiliger, D. N. Kazan S. 



Ps.-Mth. Bll. 7 (1898) 131-. 

 of heavy spherical segment on inclined plane. 



Didion, . C. E. 77 (1873) 167-. 

 helicoidal, of solid. Appell, P. Par. EC. Norm. 



hyperbolic. Hall, A. [1867] Mess. Mth. 4 



(1868) 106-. 

 of invariable figure, areas, arcs, etc. traced, 



properties. Darboux, G. Bll. Sc. Mth. As. 



2 (1878) 333-. 

 in naval manoeuvres. Tournier, (le It.) E. Ev. 



Mar. et Col. 125 (1895) 430- ; 130 (1896) 209-. 

 . Reveille, J. Ev. Mar. et Col. 134 



(1897) 465-. 



. Tournier, (le It.) E. Ev. Mar. et 



Col. 135 (1897) 51-. 

 . May, (Capt.) H. J. Ev. Mar. et 



Col. 136 (1898) 523-; 137 (1898) 77-. 

 . Reveille, J. Ev. Mar. et Col. 139 



(1898) 186-. 



non-Euclidean geometry. Newson, H. B. N. 

 Y. Am. Mth. S. Bll. 4 (1898) 2, 5-. 



1l861) 37 pp.' 



of plane under certain conditions. Roberts, S. 

 L. Mth. S. P. 3 (1869-71) 286-; 7 (1875-76) 

 216-. 



plane, under conditions, ruled surfaces gene- 

 rated by. Blake, E. M. [1898] Am. J. Mth. 

 21 (1899) 257-. 



595 



pp2 



