A scaling definition based on two times scale was provided for soil fragmentation analysis. An experiment was conducted to uncover the relationships among soil fragments fractal dimension and the falling weight, falling height, soil moisture content, and specific fragmentation energy. The result shows that no relation exists among fractal dimension, falling weight and falling height, but obvious correlation appears among soil fractal dimension, moisture content and specific fragmentation energies. A further comparison of fractal dimensions shows that soil under impacting action has a much lower value than that under natural actions.
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孟凤英,丁启朔,鹿飞,丁为民,潘根兴.冲击作用下粘性土壤破碎体的分形维数与影响因[J].农业机械学报,2009,40(3):108-111. Fractal Dimensions of Cohesive Soil under Impact and Its Influencing Factors[J]. Transactions of the Chinese Society for Agricultural Machinery,2009,40(3):108-111.