欢迎光临澳大利亚新华书店网 [登录 | 免费注册]

    • 土动力学(英文版高等教育十三五规划教材)
      • 作者:编者:崔振东|责编:杨洋
      • 出版社:中国矿大
      • ISBN:9787564646677
      • 出版日期:2020/04/01
      • 页数:141
    • 售价:12.8
  • 内容大纲

        本书主要讲述了各种动荷载作用下土的变形、强度特性和土体的变形、强度稳定性,包括土材料的动力特性和土体的动力稳定性两大方面的问题。
        本书包括土动力学理论和试验基础、土的动力特性规律、土体的地震反应分析和土体的地震稳定性分析等几大部分。注意了先进性、启发性和实用性,汲取了大量新的思路与成果,扩充了知识的深度和广度。
  • 作者介绍

         崔振东,Prof. Dr. Zhen-Dong Cui is the dean of Institute of Geotechnical Engineering, China University of Mining and Technology. In July 2008, he obtained the PhD from School of Civil Engineering, Tongji University, Shanghai, China. Since then, he had been a postdoctoral research fellow in the Hong Kong University of Science and Technology for one year. He joined Shanghai Institute of Geological Survey in 2009. In July 2010, he joined CUMT as an associate professor and was promoted to full professor in 2013. Supported by China Scholarship Council, from August 2015 to August 2016, as a visiting scholar, he researched  and  studied  in  the  department  of  Civil, Environmental  and Architectural Engineering, University of Colorado Boulder.
  • 目录

    1  Introduction
      1.1  General information
      1.2  Nature and type of dynamic loading on soils
      1.3  Importance of soil dynamics
      References
    2  Theory of dynamics of vibration
      2.1  Introduction
      2.2  Fundamentals of vibration
      2.3  Free vibration of a spring-mass system
      2.4  Forced vibration of a spring-mass system
      2.5  Free vibration with viscous damping
      2.6  Steady-state forced vibration with viscous damping
      2.7  Determination of damping ratio
      2.8  Application of 1-d. o. f. system
      2.9  Problems
      References
    3  Dynamic soil properties
      3.1  Introduction
      3.2  Shear strength of soils under rapid loading condition
      3.3  Strength and deformation characteristics of soils under transient load
      3.4  Travel-time test for determination of longitudinal and shear wave velocities
      3.5  Resonant column test
      3.6  Cyclic simple shear test
      3.7  Cyclic torsional simple shear test
      3.8  Cyclic triaxial test
      3.9  Problems
      References
    4  Multi-degree of freedom system
      4.1  Calculation of natural frequency
      4.2  Amplitude of vibration of masses ml and m2
      4.3  Problems
      References
    5  Waves in elastic medium
      5.1  Introduction
      5.2  Stress and strain
      5.3  Hooke's law
      5.4  Elastic stress waves in a bar
      5.5  Stress waves in an infinite elastic medium
      5.6  Stress waves in elastic half-space
      References
    6  Foundations subjects to dynamic loading
      6.1  Introduction
      6.2  Vertical vibration of circular foundations resting on elastic half-space-historical development
      6.3  Analog solutions for vertical vibration of foundations
      6.4  Rocking vibration of foundations
      6.5  Sliding vibration of foundations
      6.6  Torsional vibration of foundations
      6.7  Comments on the mass-spring-dashpot analog used for solving foundation vibration problems
      6.8  Problems
      References

    7  Liquefaction
      7.1  Introduction
      7.2  Fundamental concept of liquefaction
      7.3  Laboratory studies
      7.4  Development of a procedure for determination of field liquefaction
      References
    8  Dynamic response of the thawing soil
      8.1  Introduction
      8.2  Governing equations
      8.3  Numerical model
      8.4  Analysis of results
      References
    Appendix  Major published works and English journal papers
      Appendix A Major published works  iiii
      Appendix B  English journal papers