Design position
Design position
(OP)
Hello All!
I have to compute the angles for the conical and torsional work of metal-rubber ends for the stabilizer link. I have a sketch witm the position of REB position MEJ and MTM position and Design Position. I have a problem with Design Position only because I don't know about initial preload (I suppose that there is and the Design Position i when the car is "on weels"). Can you help me?
Greg
I have to compute the angles for the conical and torsional work of metal-rubber ends for the stabilizer link. I have a sketch witm the position of REB position MEJ and MTM position and Design Position. I have a problem with Design Position only because I don't know about initial preload (I suppose that there is and the Design Position i when the car is "on weels"). Can you help me?
Greg





RE: Design position
The sta bar should be under no load in this position.
Cheers
Greg Locock
Please see FAQ731-376 for tips on how to make the best use of Eng-Tips.
RE: Design position
You are right - I have found the same in the internet. Do you know some books or web sites where I can find some more information about stabilizer bars (and mountings). I am resposible for the rubber to metal mountings for them now and frankly speaking the kinematics and solutions of them is still surprised me.
Cheers
Greg
RE: Design position
Chassis and Steering Components
From the component to the system
by Nikolaus Fecht
1998, Printed in Germany
Lemforder, the Chassis Technology Division of the ZF Group, has developed a 71 page book called Chassis and Steering Components to help explain the design and function of automobile chassis and steering systems. Lemforder has developed into a global specialist for components and safety systems in chassis and steering for passenger cars and commercial vehicles.
Best regards,
Matthew Ian Loew
Please see FAQ731-376 for tips on how to make the best use of Eng-Tips Fora.
RE: Design position
I try to find that book
Best regards
Greg