A systematic literature survey of the yield or failure criteria used for ice material

Zhang, Wenyuan; Li, Junxing; Li, Liang; Yang, Qiyong

doi:10.1016/j.oceaneng.2022.111360

Cited by 9 publications

(3 citation statements)

References 111 publications

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“…While artificial thickening is the easiest and fastest way to reinforce ice, it is important to note that it may not provide the highest level of strength compared to other methods, such as incorporating reinforcing materials or using ice bonding agents. The strength achieved through artificial thickening will depend on factors such as the number of layers applied, the quality of the ice, and environmental conditions [9,10,11].…”

Section: Discussionmentioning

confidence: 99%

Ice reinforcement

Sharapov,

Andreeva

2023

E3S Web Conf.

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Ice reinforcement plays a vital role in enhancing the strength, stability, and load-bearing capacity of ice surfaces in various environments. This scientific exploration delves into different facets of ice reinforcement, encompassing the main methodologies employed, the consequential increase in strength, the drawbacks associated with reinforced ice, the cost implications, and the process of removing reinforcement when the ice melts. By analyzing these aspects, we aim to develop a comprehensive understanding of ice reinforcement methods, their efficacy, limitations, and the multifaceted considerations entailed.

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Section: Discussionmentioning

confidence: 99%

Ice reinforcement

Sharapov,

Andreeva

2023

E3S Web Conf.

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“…Additionally, ice material properties, including elasticity, compressive and tensile strengths, and yield stresses, exhibit significant temperature dependence [18]. Notably, substantial variations in these properties occur within a temperature range of −10 • C to −20 • C. Modeling temperature-dependent ice behavior presents a substantial challenge, given the dynamic nature of yield surfaces as temperatures fluctuate [19]. Researchers have underscored the significance of temperature-dependent yield criteria, but achieving a consistent representation of temperature dependence across all material constants remains a formidable task.…”

Section: Materials Properties Of Icementioning

confidence: 99%

Numerical Analysis of Ice–Structure Impact: Validating Material Models and Yield Criteria for Prediction of Impact Pressure

Jang,

Hwang,

Yoon

et al. 2024

JMSE

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This study explores the application of numerical analysis and material models to predict ice impact loads on ships and offshore structures operating in polar regions. An explicit finite element analysis (FEA) approach was employed to simulate an ice and steel plate collision experiment conducted in a cold chamber. The pressure and strain history during the ice collision were calculated and compared with the experimental results. Various material model configurations were applied to the FEA to account for the versatile behavior of ice (whether ductile or brittle), its elastic-plastic yield criteria, and its dynamic strain rate dependency. In addition to the standard linear elastic-perfectly plastic and linear elastic-plastic relationships, this study incorporated the Crushable Foam and Drucker–Prager models, based on the specific ice yield criteria. Considering the ice’s strain rate dependency, collision simulations were conducted for each yield criteria model to compute the strain and reaction force of the plate specimens. By comparing the predicted pressures for each material model combination with the pressures from ice collision experiments, our study proposes material models that consider the yielding, damage, and behavioral characteristics of ice. Lastly, our study proposes a combination of ice material properties that can accurately predict collision force.

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“…Удар рассматривается как переходной процесс, реакция льда на кратковременное воздействие, интерференция длинноволновых и коротковолновых возмущений [1][2][3][4]. В задаче о неупругом прямом ударе сферического индентора по ледяному диску, расположенном на массивной плите с возможностью смещения ледяного диска относительно опоры, исследуется влияние начальной температуры льда и разных энергий удара.…”

unclassified

Вынужденные Колебания Ледяных Дисков При Ударе

Епифанов,

Гусева

2023

MFS

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A systematic literature survey of the yield or failure criteria used for ice material

Cited by 9 publications

References 111 publications

Ice reinforcement

Ice reinforcement

Numerical Analysis of Ice–Structure Impact: Validating Material Models and Yield Criteria for Prediction of Impact Pressure

Вынужденные Колебания Ледяных Дисков При Ударе

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