In the paper the authors discuss actuality of application of resilient muff with cylindrical springs in the mechanism of movement of travelling crane, working in an aggressive environment. For verification of mechanism work with this muff a mathematical model is made. Basic formulas are resulted for determination of loadings and frequency of eigentones of the system with a resilient muff. The results of calculations are resulted for concrete bridge faucet. Calculations are presented as diagrams, showing the change of loading and frequency of eigentones from inflexibility of muff. As a result these calculations bring about a possibility of application of resilient muff in the mechanism of movement of travelling crane.

• Шевченко Дмитро Анатолійович (юридичні науки)
• Шевченко Данило Андрійович (юридичні науки)

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