直立结构的挤压动冰力分为稳态动冰力和随机动冰力两种模式。
There are two modes of dynamic crushing ice forces on vertical structure: steady state ice force and random ice force.
基于原型结构现场测量，研究了冰与柔性锥体结构相互作用的动冰力。
Recent achievements of static ice force and dynamic ice force on conical structure are summarized.
为了满足窄锥结构动冰力函数构造的需要，提出了一个新的锥体结构冰力计算公式。
A new formula used for the ice force analysis of the narrow conical structures is presented, with which the requirements for the constructing of dynamic ice force function are satisfied.
依据原型结构现场测量和有限元法，对锥体结构动冰力的速度效应进行了定性分析。
A qualitative analysis of velocity effects of ice load is made for conical offshore structure.
奉文重点讨论了渤海锥体与圆柱抗冰结构动冰力模型的进展，为定量计算结构疲劳寿命创造了条件。
Then the dynamic ice force researches on both vertical and conical structures in Liaodong Bay are presented, which form the foundation of quantitatively calculating the structural fatigue life.
基于现场原型结构测量，研究了冰与锥体结构相互作用的动冰力与冰激锥体结构振动，建立了确定性冰力函数。
A deterministic ice force function of the conical structure is proposed in the paper It is based on the full?
通过现场原型动冰力测量实验与冰单轴压缩实验获得了大量的海冰破碎动冰力时程曲线以及结构振动响应时程曲线，研究了冰与结构作用快速挤压脆性破坏形成动冰力机理。
In this paper, many data are presented of dynamic ice forces and corresponding responses of structure recorded by full-scale tests in the Bohai Bay and by uniaxial compression tests in laboratory.
通过现场原型动冰力测量实验与冰单轴压缩实验获得了大量的海冰破碎动冰力时程曲线以及结构振动响应时程曲线，研究了冰与结构作用快速挤压脆性破坏形成动冰力机理。
In this paper, many data are presented of dynamic ice forces and corresponding responses of structure recorded by full-scale tests in the Bohai Bay and by uniaxial compression tests in laboratory.
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