论文部分内容阅读
水冲振撼加密处理可以在室内模拟,室内试验成果可以和现场试验结果取得联系,本文就是一个例证。当然,本文提供的资料只是初步的,是否存在缩尺效应还有待验证。虽然如此,我们毕竟为有效地控制水冲振撼加密处理闯出了一条新路,为解答先前提出的众多问题(例如适用的土质范围,施工质量控制等)创造了条件。再说,模型试验对振撼管的进一步改进也有禆益,它可以明确一些参数的最优数值,例如电能、转速、偏心距、偏心重究竟采用多大才合适。用模型试验来研究振动压密(Vibratory Compaction)的其他方法也是可以的。
The vortex-encryption process can be simulated indoors, and the results of laboratory tests can be linked to the results of field tests. This is an example. Of course, the information provided in this paper is only preliminary, and whether there is a scale effect remains to be verified. Nevertheless, we have, after all, created a new path for the effective control of water-repellent encryption, creating the conditions for answering many previously asked questions (such as applicable soil quality, construction quality control, etc.). Furthermore, the model test is also beneficial to the further improvement of the vibrating tube. It can determine the optimal values of some parameters, such as how much power, speed, eccentricity, and eccentric weight are used. It is also possible to use model tests to study other methods of vibratory compaction.