Mathematical models for ship collisions are studied in this thesis. Collision energy losses,
collision forces and structural damages are determined. The analysis procedures are …

A method for analysis of the structural damage due to ship collisions is developed. The
method is based on the idealized structural unit method (ISUM). Longitudinal/transverse …

Ship collisions and grounding represent significant potential incidents which may result in
very unfavorable consequences, such as economic loss, environmental damage and …

An efficient theoretical approach is developed which calculates in the same mathematical
process the pre-and post-collapse behavior in addition to the deep-collapse response of …

To optimize the sensor placement of the health monitoring system, the dynamic behavior of
the train‐bridge system subjected to vessel‐collision should be studied in detail firstly. This …

海洋平台在复杂的海域工作时, 除了受环境载荷影响, 也可能受到过往船只碰撞的影响.
本文分析了船舶与海洋平台碰撞的外部动力学问题, 得到完整的碰撞力时程曲线. 在1 000 m …

The crushing of a partially filled fuel tank is an important aspect of rear impact safety. A
simulation will be presented of this event, where the fuel tank contains both fuel and air, and …

Jacket is an ideal supporting structure for large 4 to 6 MW offshore wind turbine (OWT) in
deep sea. However, Due to the harsh marine environment, as well as offshore wind farms …

In structural design and optimization of a double hull tanker, it is important to understand the
behavior of its hull structure and energy absorption mechanism in collision and grounding …