Summary: The impact crusher uses the high-speed rotation of the rotor to feed material into the crushing chamber, causing materials to collide with each other and break up...
The impact crusher uses the high-speed rotation of the rotor to feed material into the crushing chamber, causing materials to collide with each other and break up. Therefore, it is necessary to analyze the material state of the rotor and the broken chamber, so as to further understand the mechanism of the crushing.
When the impact crusher rotates at high speed, the rotor accelerates the material, and the rotor is subjected to the complex dynamic load caused by the flow of material. Under the action of the dynamic load, the rotor will easily produce complex vibration and drive the vibration of the bearing box support under the rotor. The dynamic characteristics and vibration response characteristics of the two are the same. The performance of the crusher is significant, so it is necessary to analyze the vibration of impact crusher.
In crushing industry, the parameters in crushing work are complex and changeable, such as material characteristics, working characteristics, etc., so many dynamic data are difficult to observe. To accurately and effectively understand the relationship between various factors in the crushing process and their influence on production indicators, it is essential to establish a mathematical crushing model and conduct simulation analysis, so that solutions can be quickly and reasonably determined. Through the animation display of the modal vibration mode of the impact crusher, the vibration process of each order mode of the rotor structure of the impact crusher is described, and the relevant conclusions are obtained through the analysis of the natural frequency and the maximum displacement.
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