CAJ | 학술논문

针对现有旋转电弧传感器转速高、振动大的缺点，运用三维软件和ADAMS软件建立圆锥摆式高速旋转电弧传感器虚拟样机，并对传感器进行振动分析。通过增加平衡结构来减小传感器的振动，并在ADAMS中对平衡结构参数进行优化设计。优化结果表明，优化后传感器的振幅是优化前的12．9％，有效地降低了旋转电弧传感器的振动，提高了焊接成形质量。
침대현유선전전호전감기전속고、진동대적결점，운용삼유연건화ADAMS연건건립원추파식고속선전전호전감기허의양궤，병대전감기진행진동분석。통과증가평형결구래감소전감기적진동，병재ADAMS중대평형결구삼수진행우화설계。우화결과표명，우화후전감기적진폭시우화전적12．9％，유효지강저료선전전호전감기적진동，제고료한접성형질량。
Because of the large vibration of the existing rotating arc sensor in high speed,the virtual prototype of conical pendulum rotating arc sensor is established using 3D software and ADAMS software and the vibration is also analyzed.The vibration is re-duced by increasing the equilibrium structure on the sensor,and the parameter study design and optimization design of the equi-librium structure are also performed in the ADAMS software.The results show that the amplitude of optimized arc sensor is en-hanced to 12.9%,so the vibration of rotating arc sensor is effectively reduced and the welding quality is also improved.