DEVELOPMENT OF APPLIED SOFTWARE FOR FORWARD ADN INVERSION CALCULATION OF LOW STRAIN DYNAMIC TESTING OF FOUNDATION PILE
Liu Dong-jia · Computing Techniques for Geophysical and Geochemical Exploration · 2008
It is difficult and unreliable to class the integrality of foundation piles by low strain dynamic testing curve of under the conditions of complex pile-soil system if one depends only on experience without handy and applied forward-and-inversion interpretation software. According to the resolution results of multi-defecting piles in a uneven soil, interpretation software of forward computation and inverse matching which has a self-owned intellectual property right is developed. Half-automatism with manual control is realized in inversion matching work to avoid fussy parameter input work. The measurement data from the four popular dynamic testing equipments in domestic and overseas can be read by this software. It is the basic tool to the accuracy interpretation of dynamic testing data of foundation piles.