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  1. Earthquake Engineering and Engineering Vibration
  2. Earthquake Engineering and Engineering Vibration : Volume 5
  3. Earthquake Engineering and Engineering Vibration : Volume 5, Issue 2, December 2006
  4. Cone model for two surface foundations on layered soil
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Earthquake Engineering and Engineering Vibration : Volume 16
Earthquake Engineering and Engineering Vibration : Volume 15
Earthquake Engineering and Engineering Vibration : Volume 14
Earthquake Engineering and Engineering Vibration : Volume 13
Earthquake Engineering and Engineering Vibration : Volume 12
Earthquake Engineering and Engineering Vibration : Volume 11
Earthquake Engineering and Engineering Vibration : Volume 10
Earthquake Engineering and Engineering Vibration : Volume 9
Earthquake Engineering and Engineering Vibration : Volume 8
Earthquake Engineering and Engineering Vibration : Volume 7
Earthquake Engineering and Engineering Vibration : Volume 6
Earthquake Engineering and Engineering Vibration : Volume 5
Earthquake Engineering and Engineering Vibration : Volume 5, Issue 2, December 2006
Design spectra including effect of rupture directivity in near-fault region
Identification and imaging of soil and soil-pile deformation in the presence of liquefaction
Cone model for two surface foundations on layered soil
An improved pseudo-static method for seismic resistant design of underground structures
An off-and-towards-equilibrium strategy for vibrational control of structures
Seismic response of controlled structures with active multiple tuned mass dampers
Semiactive variable stiffness control for parametric vibration of cables
Adaptive base-isolation of civil structures using variable amplification
Impact of seismic excitation characteristics on the efficiency of tuned liquid column dampers
Nonlinear pushover analysis of infilled concrete frames
Investigations of nonlinear performances of implicit pseudodynamic algorithms
Coherency matrix-based proper orthogonal decomposition with application to wind field simulation
Static and dynamic stability analysis using 3D-DDA with incision body scheme
An evaluation of force-based design vs. direct displacement-based design of jointed precast post-tensioned wall systems
Evaluation of the Iranian guideline for deismic rehabilitation of existing buildings
Earthquake Engineering and Engineering Vibration : Volume 5, Issue 1, June 2006
Earthquake Engineering and Engineering Vibration : Volume 4
Earthquake Engineering and Engineering Vibration : Volume 3
Earthquake Engineering and Engineering Vibration : Volume 2
Earthquake Engineering and Engineering Vibration : Volume 1

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Cone model for two surface foundations on layered soil

Content Provider SpringerLink
Author Chen, Wenhua
Copyright Year 2006
Abstract In this paper, the cone model is applied to the vibration analysis of two foundations on a layered soil half space. In the analysis, the total stress field in the subsoil is divided into the free-field and the scattering field. Seed’s simplified method is adopted for the free-field analysis, while the cone model is proposed for analyzing the dynamic scattering stress wave field. The shear stress field and the compressive stress field in the layered stratum with two scattering sources are calculated by shear cone and compressive cone, respectively. Furthermore, the stress fields in the subsoil with two foundations are divided into six zones, and the P wave and S wave are analyzed in each zone. Numerical results are provided to illustrate features of the added stress field for two surface foundations under vertical and horizontal sinusoidal force excitation. The proposed cone model may be useful in handling some of the complex problems associated with multi-scattering sources.
Starting Page 183
Ending Page 187
Page Count 5
File Format PDF
ISSN 16713664
Journal Earthquake Engineering and Engineering Vibration
Volume Number 5
Issue Number 2
e-ISSN 1993503X
Language English
Publisher Institute of Engineering Mechanics, China Earthquake Administration
Publisher Date 2006-01-01
Publisher Place Harbin
Access Restriction Subscribed
Subject Keyword soil-structure interaction foundation vibration interaction of scattering sources cone model stress wave Geotechnical Engineering Civil Engineering Vibration, Dynamical Systems, Control
Content Type Text
Resource Type Article
Subject Geophysics Geotechnical Engineering and Engineering Geology Civil and Structural Engineering Mechanical Engineering Building and Construction
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