Dynamic Simulation Of Multi-axis Continuous Wall Stirring Device Without Interruption

With the rapid development of China’s economy, The city’s basic constructions such asrailway, highway is increasing, The fast and efficient construction equipment as its powerfulprotection. Underground continuous wall is widely used in bearing, seepage of water, soil andwater in the foundation construction, etc. No intermittent continuous wall are introduced fromabroad in the construction of column type mechanical is improved on the basis of theunderground continuous wall, the formation of a new machine. Uninterrupted in undergroundcontinuous wall construction machinery is the original column type continuous wallconstruction machinery on the basis of improved mechanical, Its scope is more wide, into awall efficiency and precision are improved, the environmental pollution is small. Continuousdiaphragm wall construction machinery in China is currently no research and development ofproducts.In this paper, a comprehensive research column type continuous wall into a groovetechnology at home and abroad, Comprehensive comparative analysis of post-columncontinuous working device on the wall, Additional the level cutting tool，Make into a wallquality has improved. Application software to establish a three-dimensional continuousthree-dimensional model of deep mixing device, Combined with continuous wall Excavationtool cutting characteristics of wedge tool cutting rock pore forming process creating amathematical model, Application of ABAQUS software to flat tool for geotechnical cuttingprocess Analysis,three-dimensional nonlinear finite element analysis of dynamic contact,draw reactions and reaction torque curve generated during cutting tool, Obtained under thecondition of particular cutting tool cutting strength of rock and soil.To move device of deep mixing pile and uninterrupted deep mixing tool for designresearch. The key components of the power unit for static and modal analysis，to understandthe stress and displacement distribution of the components，Under meet the structural strengthand quality of the minimum conditions, the structural dimensions of parts to optimize thedesign, Thus providing a theoretical basis and methods for improving and production ofpower devices.