Fatigue and Acoustic Emission Characteristics of Granite under Different Cyclic Loading Paths (English)
- New search for: Zhang, Q. W.
- New search for: Xiao, J. Q.
- New search for: Zhang, S. K.
- New search for: Zhang, Q. W.
- New search for: Xiao, J. Q.
- New search for: Zhang, S. K.
In:
Soil Mechanics and Foundation Engineering
;
60
, 3
;
229-235
;
2023
- Article (Journal) / Electronic Resource
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Title:Fatigue and Acoustic Emission Characteristics of Granite under Different Cyclic Loading Paths
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Additional title:Soil Mech Found Eng
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Contributors:
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Published in:Soil Mechanics and Foundation Engineering ; 60, 3 ; 229-235
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Publisher:
- New search for: Springer US
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Place of publication:New York
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Publication date:2023-07-01
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Size:7 pages
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ISSN:
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DOI:
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Type of media:Article (Journal)
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Type of material:Electronic Resource
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Language:English
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Keywords:
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Source:
Table of contents – Volume 60, Issue 3
The tables of contents are generated automatically and are based on the data records of the individual contributions available in the index of the TIB portal. The display of the Tables of Contents may therefore be incomplete.
- 189
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Determination of the Bearing Capacity of a Helical Pile Using Screwing Torque Considering Shaft GeometryAlekseev, A. G. / Bezvolev, S. G. et al. | 2023
- 198
-
3D Finite Element Modelling of Hydraulic Efficiency of Drainage TrenchesVolpe, E. / Cattoni, E. / Salciarini, D. et al. | 2023
- 209
-
Numerical Analysis of the Stress-Strain State of a Combined Pile in Permafrost SoilsMestnikov, V. V. / Mestnikova, I. V. et al. | 2023
- 216
-
Influence of Slope on Calculative Width of PileKang, S. / Deng, R. / Zhao, Q.-H. / Liu, C.-W. / Wang, D. et al. | 2023
- 223
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Calculation of Thermal Conductivity of Fine Soils Taking into Account the Quantity of Unfrozen WaterKravtsova, O. N. / Protodyakonova, N. A. / Timofeev, A. M. / Stepanov, A. V. / Malyshev, A. V. / Tappyrova, N. I. et al. | 2023
- 229
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Fatigue and Acoustic Emission Characteristics of Granite under Different Cyclic Loading PathsZhang, Q. W. / Xiao, J. Q. / Zhang, S. K. et al. | 2023
- 236
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Numerical Investigation of Retaining Structure Response to Surrounding Surface Surcharge during Deep ExcavationYe, C. / Li, Z.-C. / He, Z.-Z. / Liang, R.-Z. / Cai, B.-H. / Wu, W.-B. / Xiao, M.-Z. et al. | 2023
- 244
-
Review on the Application of Nanoparticles to Mitigate Liquefaction RisksSiddique, S. N. / Deng, J. / Mohamedelhassan, E. et al. | 2023
- 253
-
Soil Engineering and Construction Prospects of the Lunar SurfaceCherkasova, L. I. / Florenskii, V. M. et al. | 2023
- 259
-
Active Earth Pressure of Finite Soil Based on Twin-Shear Unified Strength TheoryLiu, H. / Kong, D. / Zhao, Y. / Zhang, L. et al. | 2023
- 268
-
At-Rest Lateral Earth Pressure for Coulomb’s Retaining Wall ConditionsHou, Guangxian / Shu, Shanzhi et al. | 2023
- 277
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A Method for Calculating the Earth Pressure Acting on a Retaining Wall Considering the Effect of an Adjacent Single Pile Composite FoundationLi, M. / Xin, Y. / Chen, H. / Zhao, S. / Jin, J. / Wu, L. et al. | 2023
- 288
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New Method to Evaluate the Seismic Ultimate Bearing Capacity of Foundations Adjacent to Slopes Considering the Dilatancy AngleFang, Hongwei / Xu, Yixiang et al. | 2023