THE EQUATIONS OF MOTION FOR A NONHOLONOMIC SYSTEM UNDER THE ACTION OF IMPULSIVE FORCES

Abstract

Abstract: The equations of impact for a nonholonomic system described with generalized coordinated have been discussed in detail in the general references of classical dynamics. But these equations contain undetermined multipliers which made the problem complicated.Through the appropriate treatment of mathematics, using the 8 -function and expression of matrix in this paper, the author derived equations of impact for a nonholonomic system without undetermined multipliers. Therefore, the problem can be solved more simply.

Key words: kinked crack, elastic rectangular inclusion, boundary element, stress intensity factor

Sun You-lie . THE EQUATIONS OF MOTION FOR A NONHOLONOMIC SYSTEM UNDER THE ACTION OF IMPULSIVE FORCES. Applied Mathematics and Mechanics (English Edition), 1987, 8(2): 173-180.

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THE EQUATIONS OF MOTION FOR A NONHOLONOMIC SYSTEM UNDER THE ACTION OF IMPULSIVE FORCES

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