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MANOEUVRABILITY OF PUSHER BARGE SYSTEM WITH SPECIAL CONNECTING DEVICE

N Matsumoto, K Suemitsu

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Abstract

Free running test were carried out to obtain turning characteristics and frequency response characteristics. It was proved that the pusher barge system of this type can be controlled, but during turning maneuvers, the yaw rate of the barge grows rapidly with the rudder angle. The influence of skeg installation is analyzed. Order from NSFI as No. 18510.

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What this paper is about

Free running test were carried out to obtain turning characteristics and frequency response characteristics. It was proved that the pusher barge system of this type can be controlled, but during turning maneuvers, the yaw rate of the barge grows rapidly with the rudder angle. The influence of skeg installation is analyzed. Order from NSFI as No. 18510.

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Available abstract

Free running test were carried out to obtain turning characteristics and frequency response characteristics. It was proved that the pusher barge system of this type can be controlled, but during turning maneuvers, the yaw rate of the barge grows rapidly with the rudder angle. The influence of skeg installation is analyzed. Order from NSFI as No. 18510.

Key concepts: BARGE, Rudder, Marine engineering, Engineering, Automotive engineering, Environmental science

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