The vibration of a layered rotating planet and Bryan’s effect

preface_Advances in Geotechnical Earthquake Engineering – Soil Liquefaction and Seismic Safety of Dams and Monuments......Page 1
01_Lessons Learned from Recent Earthquakes –
Geoscience and Geotechnical Perspectives......Page 13
02_Lateral In-Situ Stress Measurements to
Diagnose Liquefaction......Page 55
03_Review on Liquefaction Hazard Assessment......Page 75
04_Liquefaction Remediation......Page 95
05_Simplified Analyses of Dynamic Pile
Response Subjected to Soil Liquefaction
and Lateral Spread Effects......Page 125
06_Non-Linear Numerical Analysis of Earthquake-
Induced Deformation of Earth-Fill Dams......Page 151
07_Selection of the Appropriate Methodology
for Earthquake Safety Assessment
of Dam Structures......Page 179
08_Earthquake Response Analysis and
Evaluation for Earth-Rock Dams......Page 201
09_Recent Landslide Damming Events and
Their Hazard Mitigation Strategies......Page 231
10_Rate-Dependent Nonlinear Seismic Response
Analysis of Concrete Arch Dam......Page 245
11_Seismic Potential Improvement of
Road Embankment......Page 281
12_Seismic Response Analysis and Protection
of Underground Monumental Structures –
The Catacombs of Kom EL-Shoqafa,
Alexandria, Egypt......Page 309
13_Seismic Protection of Monolithic Objects of
Art Using a Constrained Oscillating Base......Page 345
14_Application of a Highly Reduced One-
Dimensional Spring-Dashpot System
to Inelastic SSI Systems Subjected
to Earthquake Ground Motions......Page 371
15_Numerical Prediction of Fire Whirlwind
Outbreak and Scale Effect of
Whirlwind Behavior......Page 395
16_The Vibration of a Layered Rotating
Planet and Bryan’s Effect......Page 417