Catalog of the Library of the Tomsk Technological Institute of Emperor Nicholas II. Section 3. Theoretical Mechanics: Supplement 2

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Submitted 1909 | SovietRxiv: ru-190901.07421 | Translated from Russian
Pre-reform orthography. The original is printed in the Russian spelling used before the 1918 reform (ѣ, і, ъ).

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III. THEORETICAL MECHANICS.

SUPPLEMENT 2.

A.

  1. 7°/₃₅. Bolotov E. A. On the motion of a material plane figure constrained by connections with friction.
    Moscow. 1906.

  2. 7°/₉–₁₂. Weisbach Yu. Theoretical and practical mechanics.
    Vol. I, trans. G. Stebnitsky. 1859; vol. II, trans. N. Sokolov and N. Usov.
    1861; vol. III, pt. 1, trans. N. Usov. 1863.

  3. 8°/₁₃. Gromeka I. S. Mechanics.
    Lithogr. Kazan.

  4. 8°/₁₄. Gromeka I. S. Mechanics of a system of material points.
    Lithogr. Kazan. 1887.

  5. 7°/₃₂. Gromeka I. S. Some cases of motion of an incompressible fluid.
    Kazan. 1881.

  6. 8°/₁₅. Kotelnikov A. P. Screw calculus and some of its applications
    to geometry and mechanics.
    Kazan. 1895.

  7. 7°/₃₄. Popov A. Theory of waves produced by a progressively increasing
    pressure.
    Kazan. 1868.

  8. 8°/₄₃. Somov P. O. Foundations of theoretical mechanics.
    St. Petersburg. 1904.

  9. 2°/₂₈. Tripolsky P. Viktor Yakovlevich Bunyakovsky.
    With a portrait, facsimile, and index of his works. Poltava. 1905.

  10. 2°/₂₉. Tripolsky P. Mikhail Vasilyevich Ostrogradsky.
    Celebration of the centenary of his birth by the Poltava Circle of Amateurs
    of the Physico-Mathematical Sciences. Poltava. 1902.

  11. 7°/₃₃. Shebuyev G. N. Course in the mechanics of a system of material points.
    Comp. E. Volotov. Kazan. 1891.

B.

  1. 2°/₄₁+₄₂. Ball W.-W. R. Histoire des mathématiques.
    Trad. sur la 3 éd. angl. par L. Freund: t. 1, 1906; t. 2 avec des additions de R.
    de Montessus et note complémentaire de G. Darboux. 1907. Paris.
  1. 8³/10. Basset A. B. An elementary treatise on hydrodynamics and sound.
    2 ed. Cambridge, 1900.

  2. 8³/41–42. Clifford W. K. Elements of dynamics.
    An introduction to the study of motion and rest in solid and fluid bodies,
    Part I. Kinematic; book I–III, 1878; book IV and appendix, 1887. London.

  3. 2⁴/20. Encyklopädie der Elementar-Mathematik.
    Hrsg. von H. Weber und J. Wellstein. Leipzig.
    Bd. III. Angewandte Elementar-Mathematik,
    bearb. von H. Weber, J. Wellstein und R. H. Weber. 1907.

    1. Encyklopädie der mathematischen Wissenschaften mit Einschluss ihrer Anwendungen.
      Bd. IV. Mechanik. Red. von F. Klein und C. H. Müller.
      Th. 1. Abth. I, Heft 4, 1908; Abth. II, Heft 1, 1904.
      Th. 2. Abth. I, Heft 3–4, 1906–1908; Abth. II, Heft 1–2, 1907.
      Leipzig.
  4. 8⁷/36. Greiner R. Über die Einführung der Bedingung in das Hamiltonsche Prinzip.
    Inaugural-Dissertation. Leipzig, 1901.

  5. 8³/12. Ibbetson W. J. An elementary treatise on the mathematical theory
    of perfectly elastic solids with a short account of viscous fluids.
    London, New-York, 1887.

  6. 7⁶/13–14. Lagrange J.-L. Mécanique analytique.
    4 éd. publ. par G. Darboux; p. 1, 2, Paris, 1888–1889.

  7. 8⁵/8. Lamé G. Leçons sur la théorie mathématique de l’élasticité des corps solides.
    Paris, 1852.

  8. 7⁶/15. Liapounoff A. Sur les figures d’équilibre peu différentes des ellipsoïdes
    d’une masse liquide homogène douée d’un mouvement de rotation.
    P. 1. Étude générale du problème. “Mém. de l’Acad. des Sc.” St.-Pétersbourg. 1906.

  9. 6³/48. Loudon W. J. An elementary treatise on rigid dynamics.
    New-York, 1896.

  10. 8⁴/13. Mach E. La mécanique.
    Exposé historique et critique de son développement. Trad. sur la 4 éd. allem.
    par E. Bertrand. Paris 1904.

  11. 2³/1–4. Möbius A. F. Gesammelte Werke.
    Bd. 1 hrsg. von R. Baltzer 1885. Bd. 2–3 hrsg. von F. Klein. 1886. Bd.
    4 hrsg. von W. Scheibner mit einem Nachtrage von F. Klein. 1887. Leipzig.

  12. 8⁵/6. Neumann C. Untersuchungen über das logarithmische und Newtonsche Potential.
    Leipzig, 1877.

  13. 2⁴/88. Peirce B. O. Elements of theory of the Newtonian potential function.
    3 ed. Boston,

  14. 8⁴/25. Poincaré H. Sur la stabilité de l’équilibre des figures pyriformes
    affectées par une masse fluide en rotation.
    “Phil. Transact.” London, 1902.

  15. 2⁴/11–42. Rouse Ball W.-W. Histoire des mathématiques.
    Trad. la 3 éd. angl. par L. Freund; t. 1. 1906; t. 2 avec des additions de
    R. de Montessus et note complémentaire de G. Darboux. 1907. Paris.

  16. 2¹/1. Tarleton F. A. An introduction to the mathematical theory of attraction.
    London, New-York, Bombay, 1899.

III. Theoretical Mechanics

  1. \(11^{V}/8\text{–}10.\) Todhunter J. A history of the theory of elasticity and of the strength of materials from Galilei to the present time.

Ed. and compl. by K. Pearson. Cambridge.
Vol. 1. Galilei to Saint Venant 1639–1850. 1886.
Vol. 2. Saint Venant to Lord Kelvin; p. I–II. 1893.

  1. \(2^{4}/20.\) Weber H. und Wellstein J. Encyklopädie der Elementar-Mathematik.

Bd. III. Angewandte Elementar-Mathematik
bearb. von H. Weber, J. Wellstein und R. H. Weber. 1907.

  1. \(8^{5}/11.\) Williamson B. Introduction to the mathematical theory of the stress and strain of elastic solids.

London. 1894.

  1. \(7^{4}/41.\) Wittenbauer F. Aufgaben aus der technischen Mechanik.

Bd. I. Allgemeiner Teil. Berlin. 1907.

Submission history

Catalog of the Library of the Tomsk Technological Institute of Emperor Nicholas II. Section 3. Theoretical Mechanics: Supplement 2