Developments in Earthquake Geotechnics

Chapter 1: Performance-based seismic design of geotechnical structures
Susumu Iai
Chapter 2: The evolution of geotechnical seismic response analysis from 1964-2015
W.D.Liam Finn
Chapter 3: Past, Present, and Future Developments in Liquefaction Hazard Analysis
Steven L. Kramer
Chapter 4: Countermeasures against liquefaction
Junichi Koseki
Chapter 5: Towards solution for nuclear disaster at Fukushima No.1 Power Plant
Ikuo Towhata
Chapter 6: Liquefaction induced dragload and downdrag based on full-scale blast liquefaction testing
Kyle M.Rollins
Chapter 7: Innovation in sensing technologies for geotechnical engineering and opportunities for earthquake geotechnics
Kenichi Soga
Chapter 8: Recent efforts to mitigate the impacts of earthquake hazard in Indonesia
Masyhur Irsyam
Chapter 9: Possible 4m-deep flooding in densely populated low-land area of Tokyo triggered by a mega-earthquake expected in the near future
Hideki Ohta
Chapter 10: Journey from soil micro-element modelling to foundation macro-element
Michael Pender
Chapter 11: Effective Stress Analysis of Liquefaction during 2011 East Japan Earthquake
Yukio Tamari

Chapter 12: Effective Stress Analysis of Liquefaction during 2011 East Japan Earthquake: Effects of Void Redistribution
Kazuaki Uemura
Chapter 13: Effective Stress Analysis of River Dikes during 2011 East Japan Earthquake
Naoki Morishima
Chapter 14: Effective Stress Analysis of Quay Walls during 2011 East Japan Earthquake
Soichi Tashiro
Chapter 15: Modelling of Axial Behavior of Piles
Junichi Hyodo < Chapter 16: Modelling of cohesive soils: soil element behavior
Tomohiro Nakahara
Chapter 17: Modelling of cohesive soils: consolidation and seismic response
Osamu Ozutsumi
Chapter 18: Large deformation (finite strain) analysis: theory
Kyohei Ueda
Chapter 19: Large deformation (finite strain) analysis: application
Noriyuki Fujii