Secondary Frost Heave in Freezing Soils [PDF]
Summary: A mathematical model of secondary frost heave in freezing, gravelly soils is presented. This model is due to \textit{K. O'Neill} and \textit{R. D. Miller} [Water. Resour. Res., 21, 281-296 (1985)], who sought numerical solutions. Here, their model is made nondimensional and is analyzed using asymptotic analysis.
Fowler, A. C.
openaire +4 more sources
Frost heave cracking and uniaxial compression failure behavior of sandstone samples containing a flaw filled with water [PDF]
The frost heave failure mechanism of fractured rock mass is a complicated problem faced by engineering construction in cold area. In this study, low temperature frost heave test and post-freezing uniaxial compression test on sandstone samples with a ...
Duofeng Cen, Yage Li
doaj +2 more sources
Frost heave behavior of coarse-grained materials for high-speed railways subgrade: experimental analysis and machine learning predictive modeling [PDF]
Coarse-grained subgrade fill has traditionally been considered frost-heave-insensitive. However, uneven frost heave in such materials has become a critical constraint for high-speed railways (HSRs) in cold regions.
Shanzhen Li +7 more
doaj +2 more sources
Mechanistic analysis of frost heave in airport runway subgrades in seasonal frost regions and pavement structural tolerance thresholds [PDF]
This study addresses the structural damage of airport pavements caused by uneven frost heave in seasonal frozen soil regions. A three-dimensional finite element model based on elastic layered system theory was established to simulate pavement mechanical ...
Chongwei Huang +2 more
doaj +2 more sources
Study on anti-frost heave effect of new thermal insulation subgrade of highway in seasonally frozen soil regions. [PDF]
Frost heave is one of the important factors affecting the long-term stability and safe operation of subgrade in seasonally frozen soil regions. To investigate the anti-frost heave effect of foam concrete insulation and composite insulation structure ...
Xiaoqiang Mi +3 more
doaj +2 more sources
Study on the evolution characteristics and influencing factors of frost heave on kaolin clay during the horizontal freezing process [PDF]
Horizontal frost damage is a significant hazard threatening the safety of structures in cold regions. The frozen fringe represents the transitional zone between unfrozen and frozen soil.
Yue Liu, Yupeng Shen, Peng Jing
doaj +2 more sources
Study on hydrothermal coupling and frost heave characteristics of trapezoidal concrete-lined canals with gradient sand-gravel replacement in cold regions [PDF]
This research focuses on the problem of frost heave damage in trapezoidal concrete-lined canals in cold regions. Using the main canal of the Jingdian Irrigation District, China, as the engineering prototype, the control effect of the thickness of the ...
Xinjian Fan +6 more
doaj +2 more sources
Experimental Study on Freezing Mode to Reduce Frost Heave
Frost heave is an important factor affecting the safety and practicability of buildings in cold regions or artificial freezing engineering. In order to reduce frost heave, frost-susceptible silty clay was used in a one-dimensional frost heave testing ...
Kun Hu +4 more
doaj +1 more source
Deformation Law and Control Limit of CRTSIII Slab Track under Subgrade Frost Heave
In order to find out the influence of subgrade frost heave on the deformation of track structure and track irregularity of high-speed railways, a nonlinear damage finite element model for China Railway Track System III (CRTSIII) slab track subgrade was ...
Xiaopei Cai +6 more
doaj +1 more source
Determining frost heave classification by using ratio of frost heave to square root of time
The frost heave classification is the critical index for the design of foundation engineering in cold regions. At present, it is considered as a basic property of materials. Many criteria belong to empirical or semi-empirical methods and lack theoretical
HE Haosong 1, TENG Jidong 1, 2, ZHANG Sheng 1, 2, SHENG Daichao 1, 2, 3
doaj +1 more source

