A dynamic behavior test new technology with electromagnetic excitation and its application for soil residual force testing
LI Zhangming1，GUO Lingfeng1，LI Zhengdong1，LAI Jiankun1，ZHAO Zhilin1，WANG Qian1，YANG Wenlong2
(1. Technique Center of Geotechnical Engineering，Guangdong University of Technology，Guangzhou，Guangdong 510080，China；2. Guangzhou Mingjin Engineering Technology Co.，Ltd.，Guangzhou，Guangdong 510000，China)
Abstract：In order to supplement the existing geotechnical engineering testing technology，for indoor geotechnical engineering impact test and in-situ dynamic plate load testing，a test device and a test method for high-energy electromagnetic force impact of intelligent control were developed，and applied to residual force study in soft ground treatment with static-dynamic drainage consolidation(SDDC). Under the complex stress conditions with SDDC，the residual force test results showed that：(1) The high-energy impact test was carried out very well with the multi-level electromagnetic impact instrument，and the impact force on the impacted object is the object quality 2 000 times more. (2) Under a certain impact load and soil storage conditions，the phenomenon of residual force in soil does exist. (3) The residual stress in soil is mainly related to soil structure and structural changes，and has a certain relationship with the consolidation process in SDDC.
李彰明1，郭凌峰1，李正东1，赖建坤1，招智林1，王 茜1，杨文龙2. 电磁激发式动力特性测试新技术及土体残余力测试应用[J]. 岩石力学与工程学报, 2016, 35(S1): 3402-3407.
LI Zhangming1，GUO Lingfeng1，LI Zhengdong1，LAI Jiankun1，ZHAO Zhilin1，WANG Qian1，YANG Wenlong2. A dynamic behavior test new technology with electromagnetic excitation and its application for soil residual force testing. , 2016, 35(S1): 3402-3407.
郭伟国，赵 融，魏腾飞，等. 用于Hopkinson压杆装置的电磁驱动技术[J]. 实验力学，2010，25(6)：682-689.(GUO Weiguo，ZHAORong，WEI Tengfei，et al. Electromagnetic driving technique applied to split-Hopkinson pressure bar device[J].Journal of Experimental Mechanics，2010，25(6)：682-689.(in Chinese))
[2]
高顺受，孙承纬，陈英石，等. 60 mm口径电磁感应线圈炮的实验研究[J]. 高压物理学报，1996，10(3)：190-198.(GAO Shunshou，SUN Chengwei，CHEN Yingshi，et al. Experimental Investigation of a contactless coilgun for 60 mm projectiles[J].Chinese Journal of High Pressure Physics，1996，10(3)：190-198.(in Chinese))
[3]
高俊山. 三级电磁推进模型及系统研究[博士学位论文][D]. 哈尔滨：哈尔滨理工大学，2007.(GAO Junshan. Investigation on the 3-stage electromagnetic propulsion model and system[Ph. D. Thesis][D]. Harbin：Harbin University of Science and Technology，2007.(in Chinese))
[4]
贺 翔，曹群生. 电磁发射技术研究进展和关键技术[J]. 中国电子科学研究院学报，2011，6(2)：130-135.(HE Xiang，CAO Qunsheng. Development and critical techniques of electromagnetic launch technology[J]. Journal of China Academy of Electronics and Information Technology，2011，6(2)：130-135.(in Chinese))
[5]
李彰明，杨文龙. 多向高能高速电磁力冲击智能控制试验装置及方法[P]. 中国：ZL201310173243.0，2013-05-13.(LI Zhangming，YANG Wenlong. A multi-directional high-energy impact testing apparatus andmethod with electromagnetic excitation and intelligent controlling[P]. China：201310173243.0，2013-05-13.(in Chinese))
[6]
李彰明，曾文秀，高美连. 不同荷载水平及速率下超软土水相核磁共振试验研究[J]. 物理学报，2014，63(1)：1-8.(LIZhangming，ZENGWenxiu，GAOMeilian. Nuclear magnetic resonance test and analysis on water phase of the ultra-soft soil under different load level and rate[J].Acta Physica Sinica，2014，63(1)：1-8.(in Chinese))
[7]
李彰明，曾文秀，高美连，等. 典型荷载条件下淤泥孔径分布特征核磁共振试验研究[J]. 物理学报，2014，63(3)：1-7.(LIZhangming，ZENGWenxiu，GAOMeilian，et al.Nuclear magnetic resonance experimental study on thecharacteristics of pore-size distribution in muck underseveral typical loading cases[J].Acta Physica Sinica，2014，63(3)：1-7.(in Chinese))
[8]
李彰明，刘俊雄. 高能量冲击作用下淤泥孔压特征规律试验研究[J]. 岩土力学，2014，35(2)：339-345.(LI Zhangming，LIU Junxiong. Exerimental study of pore water pressure variation law of muck under high energy impact[J]. Rock and Soil Mechanics，2014，35(2)：339-345.(in Chinese))
[9]
李彰明. 一种电磁式动力平板荷载试验检测设备及方法[P]. 中国：201310173232.2，2013-5-13.(LI Zhangming. Adynamicloading plate test equipment and methods with electromagnetic excitation[P]. China：201310173232.2，2013-5-13.(in Chinese))
[10]
李彰明. 地基处理理论与工程技术[M]. 北京：中国电力出版社，2014：232-233.(LI Zhangming. Theory and engineering technology of ground improvement[M]. Beijing：China Electric Power Press，2014：232-233.(in Chinese))
2016, Vol. 35 
