Railway wheels and axles – Wheels – Webs
Patent
1977-05-20
1979-03-20
Werner, Frank E.
Railway wheels and axles
Wheels
Webs
295 27, 295 29, 295 31R, B60B 302, B60B 1700, B60B 2104, B60B 2300
Patent
active
041450795
ABSTRACT:
A railroad car wheel having an annular hub for connection to an axle and defining an inner radial surface adapted for disposition in facing relating to the inner surface of a wheel on the opposite end of the axle and an outboard radial surface facing outwardly of the wheel, an annular tread defining rim portion disposed generally concentrically of the hub and defining an inner radial surface adapted for disposition in facing relation to the inner surface of a wheel on the opposite end of the axle and an outboard radial surface facing outwardly of the wheel, the rim portion being displaced axially outwardly with respect to the hub and including an outer, generally cylindrical rail engaging surface provided with radially extending flange adjacent the inner radial surface, and an integral annular plate portion connecting the rim and hub, the plate having a relatively thin cross section and being generally frusto-conical defining inboard and outboard conical surfaces, the plate joining the hub adjacent the inner radial surface with the inboard conical surface of the plate merging into the inner radial surface of the hub, the plate joining the rim with at least one of the inboard and outboard conical surfaces merging respectively with one of the inner radial outboard radial surfaces of the rim.
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Novak, et al., A Three Dimensional Finite Difference Solution for the Thermal Stresses in Railcar Wheels, Journal of Engineering for Industry, Transactions of the ASME, vol. 91, Series B, Aug. 1969, pp. 891-896, Paper No. 69-RR-4.
Novak, et al., Asymmetrical Wheel Stresses Caused by Simulated Thermal and Mechanical Service Loads, an ASME Publication, 7Z-WA/RT-13, Nov. 1972, pp. 1-13.
Novak, et al., The Effect of Rim Thickness on Wheel Stresses Caused by Simulated Service Conditions, an ASME Publication, 73-WA/RT-10, Nov. 1973, pp. 1-8.
Novak, et al., The Effects of Wheel Designs and Service on the State of Stress in 28 Inch (0.712m) Diameter Freight Car Wheels, The Fifth Wheelset Congress in Tokyo, Japan, Oct. 1975, vol. I, pp. 16.1-16.13.
Novak, et al., Simulated Operating Stresses in 28-In.-Dia. Wheels, an ASME Publication, 75-RT-10, Apr. 1978, pp. 1-8.
Greenfield Lawrence P.
Novak George E.
Stone Daniel H.
Beltran Howard
Jambor Robert V.
Trailer Train Company
Werner Frank E.
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