Stress distribution in the rim of a rapidly rotating flywheel

A. F. Zakharevich

Vol 26 No 1

Pages:

153-160

Download volume:

RUS

Research article

Mining

Stress distribution in the rim of a rapidly rotating flywheel

Authors:

A. F. Zakharevich

Date submitted:

1951-07-25

Date accepted:

1951-09-17

Date published:

1952-03-26

Abstract

Neglecting the influence of the spokes, we will consider the flywheel as a ring with a circular meridional cross-section (Fig. 1). Let r1 be the cross-section radius; r2 be the radius of the circle containing the cross-section centers. We will take the oz axis as the axis of rotation and assume that the angular velocity is constant and sufficiently large. Using the kinetostatic method, we will apply an inertial force to each element of the rod and determine its elastic equilibrium. To simplify the boundary conditions, we will move to bipolar coordinates.

Keywords:

flywheel

Захаревич А.Ф. Распределение напряжений в ободе быстро вращающегося маховика // Записки Горного института. 1952. Т. № 1 26. С. 153-160.

Zakharevich A.F. Stress distribution in the rim of a rapidly rotating flywheel // Journal of Mining Institute. 1952. Vol. № 1 26. p. 153-160.

References

Булгаков Н Распределение электрического заряда на кольце, 1903.
Папкович П.Ф. Теория упругости, 1939.
Смирнов В.И. Курс высшей математики, т. Ill, 1949.
Фок В.А. Скин-эффект в кольце круглого сечения, журнал Русского физико-химического общества, т XII, вып. 3, 1930.
Hicks W. Foroidal Functions, Phil. Frans. Roy. Soc., 1881.
Newnan C. Theorie der Elektrizitäts und Wärmevertellung in einem Ringe, 1864.
Neuber H. Kerbspanungslehre Grundlagett für genaus Spannungrechnung, 1937.

Stress distribution in the rim of a rapidly rotating flywheel

Abstract

References

Similar articles