桩基高应变检测锤击设备结构设计的研究与优化

Research and Optimization of the Structural Design of Guide and Hammer for High–Strain Dynamic Testing

基桩高应变检测技术在桥梁工程和铁道工程中应用广泛,但目前对于锤击设备结构设计的研究并不多。论文通过对现阶段主要使用的基桩高应变检测锤击设备进行研究与分析,总结了锤击设备存在的问题与不足,并提出了优化和解决方案,以供参考。

High–strain dynamic testing is widely used in the bridge engineering and the railway engineering,but there is not enough to research on the structure of guide and hammer.This paper studies and analyzes the most popular structure of guide and hammer for high–strain dynamic testing in the construction market,summarizes the problems and shortcomings of this structure,proposes optimization and solutions.