初試關聯土層位移應變與土壤液狀應力類似的概測型潛勢

地下水位與土層位移關聯地質力學流體應力應變行為模型的土壤液狀類似潛勢，土層位移的運動力似乎關聯超額飽水型負值超額孔隙水壓的土壤液狀應力類似潛勢。本項報告呈現動態複合模式相關概測型潛勢的解析模擬估算，經由單井址土層傾斜計量度與三井址地下水位面高度的兩組感測型數值變動趨勢，分別解析模擬估算類似的土層位移應變類似潛勢，暨其相關主效因子土壤液狀應力類似潛勢；本項報告初步關聯對照的兩組類似潛勢位於同場域的多重井址獨立系統，三井址地下水位面高度解析演算衍得土壤液狀應力類似潛勢，呈現明顯可見多個時段的多井址峰值同期共振；此項多井址同期共振的時段，顯著關聯該場域土層位移應變類似潛勢發生的時段，意即，衍自解析演算該場域傾斜度計量度所得的類似土層位移應變類似潛勢，在於多址同期共振時段期間，呈現明顯可見關聯於逐漸漲升登頂的新高峰值，以及隨即逆轉逐漸沈降淪落的新低谷值。

關鍵字

土層傾斜計量度；地下水位面高度；土層位移應變；土壤液狀應力；超額孔隙水壓

並列摘要

Groundwater level and land displacement in the mechanical geophysics complies with the stress-strain behavior format in terms of the hydrological soil liquidity potential. The kinematics of land displacement may relate highly likely to the over-hydrated negative excess pore pressures as in terms of the soil liquidity potential. This report implements a profiling potential computation of paired estimation of decomposition-simulation on a complex and dynamic system. With paired sensor data trends of one inclinometer and three groundwater levelers, the implemented computation procedure derives the profiling potentials of alike land displacement strain along with its major cause as of alike soil liquidity stress. The correlation trial of paired stress strain potentials reveals that the derived alike soil liquidity stress potentials of multi nearby groundwater levelers may concur as resonant peaks during the same time period. This resonant period of the alike soil liquidity potentials correlates apparently with the alike land displacement strain potential of nearby inclinometer loci in which demonstrates a gradual uprising accumulation towards new peak extrema and as well a sudden downfalling overturn towards new trough extrema.

並列關鍵字

inclinometer trend ； groundwater level ； land displacement strain ； soil liquidity stress ； excess pore pressure

國際替代計量

初試關聯土層位移應變與土壤液狀應力類似的概測型潛勢

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