granfino
Guest
Hello.
I should simulate the motion of satellites of an epicloidal reducer inside the lubricant oil. Could someone explain to me how to set the problem? In practice physically I have, in simplification 2d, in circle that externally limits the domain (wall) and internally another smaller and scented circle that should rotate around the center of the big circle. but I do not know how to apply the appropriate conditions that represent the bike.
I hope I've explained: to clarify the ideas I add that conceptually my case is analogous to a turbine that rotates inside a case. I must impose the bike of the turbine and calculate the moment necessary to impose such motion in relation to the resistance of the fluid.
Thank you.
I should simulate the motion of satellites of an epicloidal reducer inside the lubricant oil. Could someone explain to me how to set the problem? In practice physically I have, in simplification 2d, in circle that externally limits the domain (wall) and internally another smaller and scented circle that should rotate around the center of the big circle. but I do not know how to apply the appropriate conditions that represent the bike.
I hope I've explained: to clarify the ideas I add that conceptually my case is analogous to a turbine that rotates inside a case. I must impose the bike of the turbine and calculate the moment necessary to impose such motion in relation to the resistance of the fluid.
Thank you.