Study on characteristics of microtremors using a simulation wave technique

[目次]

  • Contents / p1
  • List of figures / p4
  • List of tables / p10
  • List of notations / p11
  • Abstract / p14
  • Acknowledgments / p15
  • Chapter One / p1
  • Introduction / p1
  • 1.1 Objectives of the research / p1
  • 1.2 Meaning of natural frequency of the ground in geotechnical engineering / p2
  • 1.3 General overview of microtremors / p2
  • 1.4 Scope of the research / p3
  • Chapter Two / p6
  • Wave propagation theory and its characteristics for a layered half-space in cylindrical coordinates / p6
  • 2.1 Green's function due to point sources (Dirac or delta function) / p8
  • 2.2 Calculation of the displacement-stress vectors using the generalized R/T coefficient method / p16
  • 2.3 Characteristics of the Green's function for a layered half-space / p18
  • 2.4 Summary / p37
  • Chapter Three / p38
  • Microtremors using a simulation wave technique / p38
  • 3.1 Mathematical model / p38
  • 3.2 Characteristics of the simulated microtremors / p43
  • 3.3 Summary / p57
  • Chapter Four / p58
  • Application of simulated microtremors to observation sites / p58
  • 4.1 Microtremors in Site JMA / p58
  • 4.2 Microtremors in Site TSR / p66
  • 4.3 Microtremors in Site KASAI / p79
  • 4.4 Summary / p105
  • Chapter Five / p107
  • Conclusions / p107
  • Bibliography / p109
  • Appendix
  • Appendix A.Simulated displacement waves at Site T1(thickness=50m)when Qz=1.0 Dirac function wave type source is used for several distances
  • Appendix B Simulated displacement waves at Site T1(thickness=50m)when Qy=Qz=1.0 Dirac function wave type source is used for several distances
  • Appendix C.Simulated microtremors at Site T1(thickness=50m)for several ratios of forces[数式]

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書名 Study on characteristics of microtremors using a simulation wave technique
著作者等 渡慶次長嶺Juan Carlos
書名別名 模擬波手法による常時微動の諸性質に関する研究
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