4.1

Karas, F.: Der Ort gr ter Beanspruchung in W lzverbindungen mit verschiedenen Druckfiguren. (The location of the greatest stress in rolling connections with various pressure distributions). Forsch. Ingenieurwes. 12 (1941) p.237-43

4.2

Beljajef, N. M.: Memoirs on Theory of Structures. St. Petersburg 1924

4.3

Foeppl, L.: Der Spannungszustand und die Anstrengung des Werkstoffes bei der Ber hrung zweier K rper. (The stress state and strain of the material when two bodies touch) Forsch. Ingenieurwes. 7 (1936) p.209-221

4.4

Timoshenko, St.: Theory of elasticity. New York: McGraw-Hill 1934, 339-352

4.5

Mohr, O.: Abhandlungen a.d. Gebiete d. techn. Mechanik, 3rd edition (V). Berlin: Wilh. Ernst &S. 1928; 1st edition 1905, 2nd edition 1914 (Proceedings on Techn. Mechanics)

4.6

Gough, H.J.: The fatigue of metals, London: Benn 1926

4.7

Moore, H. F.: Kommers, J. B.: The fatigue of metals, New York: McGraw-Hill 1927

4.8

Niemann, G.: Maschinenelemente (Machine Elements). Vol. 1. Berlin: Springer 1963 p.210

4.9

Loroesch, H. K.: Influence of Load on the Magnitude of the Life Exponent for Rolling Bearings. American Society for Testing and Materials (ASTM), Special Technical Publication 771, p. 275-292. Philadelphia 1982

4.10

ISO 76, 1987, Sect. 6.1, p. 5

4.11

Fischer, W.: Die Berechnung der dynamischen Tragf higkeit von W lzlagern (Calculating the dynamic load capacity of roller bearings). 2nd Edition. Schweinfurt: SKF Kugellagerfabriken GmbH 1958, p. 19, 21

4.12

DIN ISO 281, 1979, Part 1, sect. 6.1, p. 9

4.13

Jante, A.: Kraftfahrt-Mechanik, 3...