Analysis of pile foundations subject to static and dynamic loading

<P><STRONG>Preface.</STRONG><EM> Amir M. Kaynia </EM>(NGI and NTNU, Norway). <STRONG>Chapter 1: Design of piles for static loads.</STRONG><EM> Christos Vrettos </EM>(Technical University Kaiserslautern, Germany). <STRONG>Chapter 2: Analysis of laterally loaded pile foundations using subgrade reaction method. </STRONG><EM>Youhu Zhang </EM>(NGI, Norway). <STRONG>Chapter 3: Design of monopiles supporting offshore wind turbines using finite element analysis. </STRONG><EM>Rasmus T. Klinkvort and Nallathamby Sivasithamparam </EM>(NGI, Norway). <STRONG>Chapter 4: Design of suction piles for offshore applications. </STRONG><EM>Hans Petter Jostad and Knut H. Andersen </EM>(NGI, Norway). <STRONG>Chapter 5: Simplified models for axial static and dynamic analysis of pile foundations. </STRONG><EM>Jamie Crispin and George Mylonakis </EM>(Univ. of Bristol, UK). <STRONG>Chapter 6: Simplified models for lateral static and dynamic analysis of pile foundations. </STRONG><EM>George Mylonakis and Jamie Crispin </EM>(Univ. of Bristol, UK). <STRONG>Chapter 7: Inelastic stiffnesses of floating pile groups. </STRONG><EM>George Gazetas, Joani Radhima, Evangelia Garini </EM>(National Technical University of Athens, Greece). <STRONG>Chapter 8: Design of piles under seismic loading. </STRONG><EM>Raffaele Di Laora </EM>(Università della Campania 'Luigi Vanvitelli', Italy) <EM>and Emmanouil Rovithis </EM>(Institute of Engineering Seismology and Earthquake Engineering, Thessaloniki, Greece). <STRONG>Chapter 9: Pile foundations in liquefiable soils. </STRONG><EM>Gopal Madabhushi </EM>(University of Cambridge, UK). <STRONG>Chapter 10: Analysis and characteristics of dynamic response of large pile groups. </STRONG><EM>Amir M. Kaynia </EM>(NGI and NTNU, Norway).</P>