Hello,
I need to simulate two helical gears engagement. One of them is not controllable in terms of revolution. So, it has random revolution per minute. The other one can be controlled in terms of torque and revolution. With a special method, I need to engage these gears. I need to copy behavior of uncontrollable one. After their revolutions are same and steady, at this point I need to engage them.
I may use a PID controller to monitorize and copy uncontrollable one. How can I simulate that?Hello,
I need to simulate two helical gears engagement. One of them is not controllable in terms of revolution. So, it has random revolution per minute. The other one can be controlled in terms of torque and revolution. With a special method, I need to engage these gears. I need to copy behavior of uncontrollable one. After their revolutions are same and steady, at this point I need to engage them.
I may use a PID controller to monitorize and copy uncontrollable one. How can I simulate that? Hello,
I need to simulate two helical gears engagement. One of them is not controllable in terms of revolution. So, it has random revolution per minute. The other one can be controlled in terms of torque and revolution. With a special method, I need to engage these gears. I need to copy behavior of uncontrollable one. After their revolutions are same and steady, at this point I need to engage them.
I may use a PID controller to monitorize and copy uncontrollable one. How can I simulate that? helical gears, pid, simulink, engagement MATLAB Answers — New Questions

​