Variation of with shear stress change rule.

<div><p>The shear creep characteristics of the contact surface between the permafrost and the structure play an important role in the study of the law of deformation and the measures for the prevention and control of pile foundations. In order to study the creep law and the development t...

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Bibliographic Details
Main Author:	Fei He (145896) (author)
Other Authors:	Wanyu Lei (17727268) (author), Erqing Mao (18469097) (author), Qingquan Liu (645202) (author), Hangjie Chen (18469100) (author), Xu Wang (28596) (author)
Published:	2024
Subjects:	Biophysics Biotechnology Science Policy Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified >&# 964 ;</ controlled shear apparatus experimental data shows div >< p 1 ° c 1 &# 176 creep constitutive modeling contact surface obtained concrete interface considering increasing shear stress c </ p shear creep characteristics accurate creep model contact surface shear stress shear strength test data r </ stress level large stress creep time creep tests creep curves whole process theoretical basis term strength structure play specimen corresponds pile foundations numerical simulation nonlinear element nishihara model intrinsic model important role graded loading frozen silt frozen concrete development tendency damage factor conducted using checked using better describe 84 kpa 57 kpa 225 mm 0 mm
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Variation of with shear stress change rule.

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