INVESTIGATION OF GRAIN INTERACTION WITH ROTOR OF ROTARY CLOSED TYPE CRUSHER
Introduction. To improve the digestibility of nutrients and quality, as well as to obtain various feed mixtures, appropriate processing and preparation for feeding are required, incl. Grinding. One of the main problems of rotary crushers is the heterogeneity of crushed grain by fractional composition and high energy intensity of the process. This is due primarily to untimely removal of the finished product from the chopping chamber. Materials and Methods. The construction of the grain crusher used in the experiment-mental studies, in a grinding chamber, which was installed with blades located at an angle relative to their axes, is given. A consequence of this is the high effect of the action of the blades on the grain. To ensure the timely withdrawal of the finished product from the chopping chamber, restore, restore, restore and restore. Results. Modeling of the grain movement in the grinding chamber of a rotary grain crusher was carried out. Based on the general laws of the mechanics of relative motion, we collect information by providing information on how to do this. Discussion. The results of solving the numerical methods obtained, in this case, the angular velocity of the rotor, the angular coefficient of the plane, the coefficient of friction, some real number and time should be given. «Parameters of averaged acceleration», written in the language «Visual C #». Conclusion. As a result of the conducted studies related to the change in speed, the angular coefficient of the plane, the coefficient of friction and time.