Analysis of dynamic processes in lifting boom cranes

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Observational analysis reveals that dynamic loads significantly impact lifting boom cranes, suggesting optimal operation modes to enhance efficiency.

Dynamic loads significantly reduce the accuracy and efficiency of lifting boom cranes, impacting performance.
Oscillatory phenomena during operation can lead to increased mechanical vibrations, causing structural fatigue.
A mathematical model was developed to simulate dynamic processes, including rotational movements of the load and crane elements.
Optimizing operating modes and incorporating design changes can mitigate adverse dynamic effects on crane performance.

Величко et al. (2025) studied this question.

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View Full Paper

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Observational analysis reveals that dynamic loads significantly impact lifting boom cranes, suggesting optimal operation modes to enhance efficiency.

Dynamic loads significantly reduce the accuracy and efficiency of lifting boom cranes, impacting performance.
Oscillatory phenomena during operation can lead to increased mechanical vibrations, causing structural fatigue.
A mathematical model was developed to simulate dynamic processes, including rotational movements of the load and crane elements.
Optimizing operating modes and incorporating design changes can mitigate adverse dynamic effects on crane performance.

Величко et al. (2025) studied this question.

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