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Study on Folds of Equal Thickness Multi—layer Sandwiched in Different Thickness Media
引用本文:YeBailong YuAinan 等. Study on Folds of Equal Thickness Multi—layer Sandwiched in Different Thickness Media[J]. 中国地质大学学报(英文版), 2002, 13(1): 26-29
作者姓名:YeBailong YuAinan 等
作者单位:CollegeofResources,EnviromentandCivilEngineering,CentralSouthUniveristy,Cahngsha410083
基金项目:This paper is supported by the National Natural Science Foundation of China (No. 49802022).
摘    要:The theoretical model and non-homogeneous differential equation of equal thickness multi-layer folds sandwiched in different thickness and same character media are established by elas-tic and plastic mechanics.The special answer of the non-homogeneous differential equation and the common answer of the homogeneous differential equation are deduced by applying logistic equation and special function,and the dominant wavelength theory of equal thickness multi-layer folds sand-wiched in different thickness and same character media.In addition,the experimental folding in both elastic and sticky materials proves the dominant wavelength theory.

关 键 词:波长 模拟 夹层结构 地质构造

Study on Folds of Equal Thickness Multi-layer Sandwiched in Different Thickness Media
Ye Bailong,Yu Ainan,Ouyang Jiantao. Study on Folds of Equal Thickness Multi-layer Sandwiched in Different Thickness Media[J]. Journal of China University of Geosciences, 2002, 13(1): 26-29
Authors:Ye Bailong  Yu Ainan  Ouyang Jiantao
Abstract:The theoretical model and non-homogeneous differential equation of equal thickness multi-layer folds sandwiched in different thickness and same character media are established by elastic and plastic mechanics. The special answer of the non-homogeneous differential equation and the common answer of the homogeneous differential equation are deduced by applying logistic equation and special function, and the dominant wavelength theory of equal thickness multi-layer folds sandwiched in different thickness and same character media. In addition, the experimental folding in both elastic and sticky materials proves the dominant wavelength theory.
Keywords:multi-layer fold   dominant wavelength theory   different thickness media   imitation experiment.
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