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이승민, 노명일, 김기수, 함승호, "해상 크레인 운송용 예인선의 운용을 위한 최적화 모델 연구", 2017년도 한국CDE학회 동계학술발표회, 평창, pp. 349, 2017.02.08-10

by SyDLab posted Feb 24, 2017
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Abstract In general, tugboats are used to transport many kinds of unactuated vessels such as ships and offshore structures. This requires an adequate model of tugboats operation to take into account surge, sway, and yaw motions precisely. In this study, we present an optimization method of tugboats operation for transporting an offshore floating crane in shipyard. An optimization problem including the interactions between the crane and tugboats is mathematically formulated. The procedure to solve this problem is composed of two steps. First, the required total thrust force and moment acting on the crane are calculated to make it arrive the target position with desired velocity and direction in the presence of environmental disturbances. Second, the optimization problem is solved by using the genetic algorithms (GA) to find total number of the required tugboats, position, thrust, and direction of each tugboat. The proposed approach is applied to the transportation of the offshore floating crane in the various environmental conditions such as waves, winds, and currents.
Publication Date 2017-02-09

이승민, 노명일, 김기수, 함승호, "해상 크레인 운송용 예인선의 운용을 위한 최적화 모델 연구", 2017년도 한국CDE학회 동계학술발표회, 평창, pp. 349, 2017.02.08-10