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ANALYSIS OF DYNAMIC RESPONSE OF HULL ON SEAWAY IN TIME DOMAIN

Yahong Dong, Yuanjiang Tang, Z Zhang

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Abstract

Ships hydroelasticity theory is employed to predict the wave induced dynamic response of a hull. There are propeller forces on the stern and slamming forces on the bow which must also be considered. In this paper, the Hamiltonian method is proposed to solve this problem. Results are presented for a 35 000 ton ship under wave and propeller excitation.

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What this paper is about

Ships hydroelasticity theory is employed to predict the wave induced dynamic response of a hull. There are propeller forces on the stern and slamming forces on the bow which must also be considered. In this paper, the Hamiltonian method is proposed to solve this problem. Results are presented for a 35 000 ton ship under wave and propeller excitation.

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Available abstract

Ships hydroelasticity theory is employed to predict the wave induced dynamic response of a hull. There are propeller forces on the stern and slamming forces on the bow which must also be considered. In this paper, the Hamiltonian method is proposed to solve this problem. Results are presented for a 35 000 ton ship under wave and propeller excitation.

Key concepts: Slamming, Hull, Stern, Hydroelasticity, Propeller, Marine engineering, Engineering, Propulsor

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