Article Highlights The empirical equation for resilient modulus and temperature is a segmented function; the segmentation point is − 5 °C. The empirical equation for resilient modulus and frequency is a segmented function; the segmentation point is 2 Hz. The cumulative plastic strain is positively correlated with temperature and negatively correlated with frequency
The dynamic stress-strain relationship of artificial frozen silty clay under one-dimensional coupled...
The construction of high-speed railways in cold regions needs to consider the effects of freeze–thaw...
As one of the important parameters used in the analysis and design of subgrade, resilient modulus is...
Resilient modulus of soil is crucial for the design of a structure on a foundation subjected to a cy...
This paper presents a methodology to estimate the stress-strain relationship of an unbound aggregate...
Frozen soils are widely distributed in the seismically active regions of northwest China. Under the ...
The small-strain shear modulus (Gmax) is a soil property that has many practical applications. The a...
U.S. Transportation Collectionhttps://doi.org/10.21949/14045731996PDFTech ReportBerg, Richard L.Bigl...
The elasto-plastic behaviour of frozen soil subjected to long-term low-level repeated loading is fre...
Temperature variation is one important factor that affects the dynamic mechanical properties of f...
Temperature variation is one important factor that affects the dynamic mechani-cal properties of fro...
Analysis of the multistage cyclic loading test on resilient modulus value. Upon cyclic excitation of...
Soil investigations concerning cyclic loading focus on the evaluation, in particular, of design para...
In cold regions, the long-term stability of engineering facilities is unavoidably influenced by the ...
AbstractThe uniaxial compression tests for the deep remolded saturated clay at various temperature g...
The dynamic stress-strain relationship of artificial frozen silty clay under one-dimensional coupled...
The construction of high-speed railways in cold regions needs to consider the effects of freeze–thaw...
As one of the important parameters used in the analysis and design of subgrade, resilient modulus is...
Resilient modulus of soil is crucial for the design of a structure on a foundation subjected to a cy...
This paper presents a methodology to estimate the stress-strain relationship of an unbound aggregate...
Frozen soils are widely distributed in the seismically active regions of northwest China. Under the ...
The small-strain shear modulus (Gmax) is a soil property that has many practical applications. The a...
U.S. Transportation Collectionhttps://doi.org/10.21949/14045731996PDFTech ReportBerg, Richard L.Bigl...
The elasto-plastic behaviour of frozen soil subjected to long-term low-level repeated loading is fre...
Temperature variation is one important factor that affects the dynamic mechanical properties of f...
Temperature variation is one important factor that affects the dynamic mechani-cal properties of fro...
Analysis of the multistage cyclic loading test on resilient modulus value. Upon cyclic excitation of...
Soil investigations concerning cyclic loading focus on the evaluation, in particular, of design para...
In cold regions, the long-term stability of engineering facilities is unavoidably influenced by the ...
AbstractThe uniaxial compression tests for the deep remolded saturated clay at various temperature g...
The dynamic stress-strain relationship of artificial frozen silty clay under one-dimensional coupled...
The construction of high-speed railways in cold regions needs to consider the effects of freeze–thaw...
As one of the important parameters used in the analysis and design of subgrade, resilient modulus is...