Say I have two arms with a revolute joint in between them. At the end of two arms are two pulleys which has a belt.
Is it possible to create a tangent action and reaction force at each pulley (no slip) so that there is no need to create belt/chain and all complex calculations that come with it. Can it be modeled without using ADAMS machinery?
@Henrik Skovbjerg being very new to ADAMS, I am still confused about using coupler to achieve what I want. Forgive me if I have missed this or made a wrong model, but I couldn't find a way to see / measure the tangent force. It seems coupler is a simple "if x rotates at A rpm, y rotates at B rpm with no action and reaction of forces caused by A on B".
But what I want to see is a tension force and its effect. Think of a simple pulley on edges of two links connected by revolute joint. When pulley A is rotated, it rotates the rope/belt and also rotates B. During this, the two pulleys come closer to each other due to tension force on rope/belt. I just want to model a simple one with no slip condition but couldn't understand how to begin.
rough sketch of belt on two pulleys on links connected by revolute joint.
@Henrik Skovbjerg being very new to ADAMS, I am still confused about using coupler to achieve what I want. Forgive me if I have missed this or made a wrong model, but I couldn't find a way to see / measure the tangent force. It seems coupler is a simple "if x rotates at A rpm, y rotates at B rpm with no action and reaction of forces caused by A on B".
But what I want to see is a tension force and its effect. Think of a simple pulley on edges of two links connected by revolute joint. When pulley A is rotated, it rotates the rope/belt and also rotates B. During this, the two pulleys come closer to each other due to tension force on rope/belt. I just want to model a simple one with no slip condition but couldn't understand how to begin.
rough sketch of belt on two pulleys on links connected by revolute joint.