激光熔覆超声振动工作台的设计与模拟

Design and Simulation of Ultrasonic Vibration Worktable in Laser Cladding

激光熔覆技术是一项高效可控的加工技术,具有效率高、节能环保、安全可靠等优点。激光熔覆过程中,准确可靠的工作台进给系统是实现精确熔覆的重要保证。对激光熔覆工作台进行初步的研究和设计,引入超声振动装置,对熔池进行作用,细化熔凝区晶粒,运用机械系统动力分析软件对工作台的工作过程进行仿真模拟,分析工作台的运动性能。

Laser cladding is a high-precision processing technology with high efficiency, energy saving, environmental protection and safe reliability. It needs an accurate and reliable table feed system to meet the requirement of high precision in the process of cladding. In this thesis, a preliminary study and design about the laser cladding worktable is reported. Ultrasonic vibration apparatus is introduced into the laser cladding worktable, which acts on the molten pool liquid so as to achieve grain refinement. A kind of software which can achieve automatic dynamic analysis of mechanical systems, was used to simulate the worktable＇s working process during laser cladding.