XU SHOUCHUN, JIANG CHENGEN. 1984: ANNUAL PERIODIC VARIATIONS CAUSED BY THE CHANGE OF TEMPERATURE IN GEODETIC DISPLACEMENT MEASUREMENTS ACROSS FAULTS. Acta Seismologica Sinica, 6(3): 294-303.
Citation: XU SHOUCHUN, JIANG CHENGEN. 1984: ANNUAL PERIODIC VARIATIONS CAUSED BY THE CHANGE OF TEMPERATURE IN GEODETIC DISPLACEMENT MEASUREMENTS ACROSS FAULTS. Acta Seismologica Sinica, 6(3): 294-303.

ANNUAL PERIODIC VARIATIONS CAUSED BY THE CHANGE OF TEMPERATURE IN GEODETIC DISPLACEMENT MEASUREMENTS ACROSS FAULTS

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  • Published Date: August 31, 2011
  • This paper gives first the annual periodic variations in the geodetic data obtained from several observation stations for fault displacements in the Beijing region. Then, a two-dimensional non-linear finite element scheme is used to simulate the annual periodic variations caused by the change of temperature in the data of the displacement measurements across faults. The strains obtained from computation agree roughly with field measurements. The results indicate that for inhomogenous crustal medium, change of ground temperature can cause sufficiently a variety of complex observed phenomena. For examples, there are two kinds of baselines, one lengthens while the other shortens as the ground temperature rises; there are two kinds of leveling variations, the side of fault of large coefficient of thermal expanson rises as the ground temperature increases or conversely; and so on. However crustal media, in general, are inhomogenous, therefore temperature influence on displacement measurements across faults, should not be ignored.
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    [2] 陈绍绪,从地形变观测中消除热形变干扰,地震科学研究1, 24——28, 1979.

    [3] Melchior, P. The tides of the planet earth, Pezgamon Press, 1978.

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    [7] 华东水利学院,弹性力学间题的有限单元法,水力电力出版社,1974,

    [8] Frank, F. C., Detlnction of earth strains from survey data, Bull. Seism. Soc. Am., 56, 35——42, 1966.

    [9] Pope, A. J. et al, Surveys for crustal movement along the Hayward fault, Bull. Scism. Soc. Am., 56,317——323, 1966.

    [10] 吴大铭等,用多道维纳滤波方法处理唐山地震前后大灰厂三种形变资料,地震学报、5, 1, 31——38, 1983.

    [1] 笠原稔,Crustal deformation at Erimo district in Hokkaido,地震预知连络会会报,15, 1——5,1975,

    [2] 陈绍绪,从地形变观测中消除热形变干扰,地震科学研究1, 24——28, 1979.

    [3] Melchior, P. The tides of the planet earth, Pezgamon Press, 1978.

    [4] 王仁等,华北地区地震迁移规律的数学模拟,地震学报2,1, 32——42, 1980.

    [5] Talober, J.岩石力学(林天健译),工业出版社,1965,

    [6] 王仁等,华北地震构造应力场的模拟,中国科学(B辑),4, 337——344, 1982.

    [7] 华东水利学院,弹性力学间题的有限单元法,水力电力出版社,1974,

    [8] Frank, F. C., Detlnction of earth strains from survey data, Bull. Seism. Soc. Am., 56, 35——42, 1966.

    [9] Pope, A. J. et al, Surveys for crustal movement along the Hayward fault, Bull. Scism. Soc. Am., 56,317——323, 1966.

    [10] 吴大铭等,用多道维纳滤波方法处理唐山地震前后大灰厂三种形变资料,地震学报、5, 1, 31——38, 1983.
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