Detection technology for inertial behavior of three degree of freedom wire galloping

Due to the influence of various factors such as weather on wire galloping, when designing a three degree of freedom wire galloping inertial behavior detection technology, there is often a problem of low detection accuracy caused by inaccurate analysis of wire running trajectory. In this regard, a MEMS sensor detection technology for the inertial behavior of three degree of freedom wire galloping is proposed. Under the influence of MEMS (Micro-Electro-Mechanical System) sensor technology, wire related data is collected, and the three degree of freedom model of the wire is analyzed. The parameter matrix of the wire during motion is calculated, and the wire motion trajectory equation is constructed. Based on this, multiple characteristic parameters of wire galloping inertia behavior are calculated, such as the inherent vibration angular frequency of the wire, the equivalent moment of inertia of the wire, etc. The wire galloping detection value is calculated to achieve the detection of wire galloping. Through the above design, the design of the inertial behavior detection technology for three degree of freedom wire galloping is completed. The experimental results show that the MEMS sensor detection technology for the inertial behavior of the designed three degree of freedom wire galloping has high detection accuracy in practical applications.