oscillations of the body. The amplitude of high frequency oscillations is defined by 1 the initial velocity of the deformation of the lateral shock absorber In angular movement, as follows from the third equation in (5.26), there is also a high frequency component whose amplitude is approximately equal to and a low frequency component which is defined by the oscillations of the body with a moment of inertia on the angular shock absorber. The initial velocity of these oscillations is defined by the relative angular velocity of the bodies at linkage Let us turn to the more general case, described by equations (5.23), the last of which may be given in the form In a coaxial impact, equation (5.27) is simplified: where is defined by the expression
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