as a model for general prediction of petroleum economy and resources
is used to predict roadbed settlement based on the process of roadbed settlement under the linear or approximately linear loading and the characteristics of the Usher curve. Through analyzing the differential equations of the Usher model
it is pointed out that the Logistic model and Gompertz model used for settlement prediction of foundation at present are two simplified patterns
but to the actual condition
the applicability of the Usher model is better. The calculation methods of the parameters in Usher model are expounded; and they are applied to the calculation for an example; the comparison of results between the three models shows a good agreement
which indicates that the Usher model advised in predicting the subsoil settlement is reasonable. The example also indicates that the Usher model has a higher forecast accuracy and may be adopted in engineering practice.
A multivariable grey model based on background value optimization and its application to subgrade settlement prediction
Three-point modified exponential curve method for predicting subgrade settlements
Comparison of settlement prediction from back analysis with forward analysis for embankment on soft soil foundation based on large strain and visco-elastoplastic model
A practical approach for predicting surface settlements induced by shield tunneling
Analysis of stability and settlement prediction of cofferdam with geotextile bags on seaside soft foundation
Related Author
RUAN You-xing
XIANG Yi-ming
LIU Han-bing
QIN Shang-lin
YU Fei
XU Xi-chang
WANG Xing-yun
CHEN Shan-xiong
Related Institution
College of transportation, Jilin University
Hubei Provincial Electric Power Survey & Design Institute
State Key Laboratory of Geomechanics and Geotechnical Engineering, Institute of Rock and Soil Mechanics, Chinese Academy of Sciences
School of Civil and Architectural Engineering, Central South University
Key Laboratory of Geotechnical and Underground Engineering of Ministry of Education, Tongji University