Among the numerous influencing factors on the strength behavior of frozen soil, such as
grain size, temperature, water content, strain rate, and confining pressure, etc. the …

A series of radial splitting tests were conducted on frozen subgrade soil to systematically
study the effects of sample size, temperatures, ice contents, loading rates, and prefabricated …

Pipeline uplift resistance plays an essential role in the design of buried pipelines in
permafrost regions or artificially frozen ground. The uplift resistance of a frozen soil is …

An accurate characterization of the tensile failure processes of frozen soils under a warming
environment is critical for predicting geological disasters such as thawing-induced slumps …

Extensive experimental studies have demonstrated the time-dependent mechanical
behaviors of frozen soil. Nonetheless, limited studies are focusing on the constitutive …

The small-aperture Spitsbergen seismic array (SPITS) has been in continuous operation at
Janssonhaugen for decades. The high Artic location in the Svalbard archipelago makes …

The study of frozen soil failure behavior has been a major issue to focus on over the past
decades since the changing climate was known to be the main reason for the gradual …

To study the freezing characteristics and the effects of the horizontal freezing method of
shield tunneling on the surrounding environment at a complex site, a systematic study with …

Earthquake-induced liquefaction is a cause of substantial damage to geotechnical
structures. The examples of liquefaction-induced damage include slope failures, foundation …

형 물성을 적용하였다. 지반의 구성 모델은 소성 거동을 모사하기 위한 MCR 모델 (Mohr
Coulomb with Rankine Tensile cut-off Model) 과 HDP 모델 (Nonlinear Hyperbolic Drucker …