Operations in ice-covered waters require good engineering to ensure the safety of
personnel and the environment. In polar regions, the presence of sea ice is the main factor …

Conical structures are widely used in marine engineering in ice-covered area because of
their icebreaking capability. The ice loads acting on the conical structures are closely related …

Purpose–In oil/gas exploitations of ice-covered cold regions, conical offshore structures are
designed to reduce ice force and to avoid the ice-induced intense vibrations of vertical …

Self-excited vibrations of offshore structures interacting with sea ice, characterized by low
frequency and high amplitudes, pose significant hazards to offshore wind turbines (OWTs) in …

极地船舶与海洋工程结构冰载荷的确定是其结构抗冰设计, 冰区安全运行和结构完整性管理的
重要研究内容. 当前快速发展的高性能计算技术和多介质, 多尺度数值方法为准确 …

Ice forces on bottom-founded structures can be measured by load panels or identified from
response measurements. This paper presents a comparison between the measured and …

This paper summarizes all available data related to ice floe impacts on structures. These
data include laboratory tests, forces on several bridge piers (Hondo, Pembina, Rideau) …

Abstract The Gulf of Bohai has a huge area of floating ice in winter each year, and when
seawater freezes, significant uncertainties are introduced in the offshore structural design. In …

The distributed ice load exerted on an engineering structure in a cold region can
occasionally be treated as a static or dynamic problem. Examples of this are the thermal …

The objective of this study is to investigate the ice force characteristics under typical ice
conditions and pile diameters for the vertical piles in Bohai Sea based on model test, and to …