泥石流冲击特性试验数据（2019-2021）

通过自行研制泥石流冲击试验装置（南非发明专利，授权专利号2021/05607），开展泥石流冲击试验，获得泥石流冲击试验数据。数据主要在枣庄学院完成，采集时间为2019-2021年。利用该科学装置建造汶川强震区七盘沟泥石流，系统实施了泥石流冲击模型试验，获得了约27万个测试数据，为深入开展七盘沟泥石流动力学研究提供了重要科学数据。数据包括了泥石流冲击拦挡墙试验数据、泥石流冲击时程变化特性数据、泥石流冲击信号变化特征数据。

数据可以用于分析泥石流在不同条件（如浆体粘度、固相比、碎石级配等）对冲击特性的影响，主要分析了

Debris flow impact test data was acquired through conducting debris flow impact experiments using a self-developed debris flow impact test apparatus (South African Invention Patent, authorized Patent No. 2021/05607). Most of the data was collected at Zaozhuang University, with the data collection period ranging from 2019 to 2021.
Using this scientific apparatus, a scaled physical model of the Qipangou debris flow in the Wenchuan earthquake-stricken region was established, and systematic debris flow impact model tests were performed, yielding approximately 270,000 test data points. These datasets provide critical scientific data for in-depth dynamic studies on the Qipangou debris flow.
The collected data includes debris flow impact test data on retaining walls, time-history variation characteristic data of debris flow impact, and variation characteristic data of debris flow impact signals.
This dataset can be used to analyze the impact of debris flow on its impact characteristics under different conditions (such as slurry viscosity, solid phase ratio, gravel gradation, etc.), and the main analyses include