Compromise mathematical model of perturbed motion of a articulated container ship with a tow frame on a pneumatic wheel
DOI:
https://doi.org/10.34185/1562-9945-5-124-2019-01Keywords:
математична модель, зчленований контейнеровоз, бугельна рама, пневмоколісний хід, критична швидкістьAbstract
A compromise mathematical model of the perturbed motion of a articulated container ship with a tow frame on a pneumatic wheel in the course of methods of analytical mechanics with the use of the second-order Lagrange equation is developed. The own dynamic characteristics of the system, the critical motion velocity, the obtained coefficients of dynamism in the pre-resonance and shear zones for the compromise suspension, determine the exact determination of the calculated forces, rational metal intensity of the bearing system.
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