Few questions here 1. We haven't considered an load of the mechanical elements in case of front wheel(bike). 2. We assume the speed to be constant but what if want to model realistic like deceleration near the speed breaker and then acceleration after breaker . how can we model this?
Hi, if you want to simulate a deceleration, you have to add aceletarion in any X;Y;Z direction, displacemente too, and on tabular data you have to write in the desired steps the deceleration in X;Y;Z desired direction.
hey thats pretty neat. it seems more reasonable with frictional contact
Hello! Can You tell me If you used mechanical characteristics of tyre rubber? Thank you!
I used the material rubber provided on Ansys.
Why did you use displacement not remote displacement..?!
I think tyre in your model sliding not rotate, is am right?
Have you considered steel cord reinforcement ? why you have taken body interactions?
Few questions here
1. We haven't considered an load of the mechanical elements in case of front wheel(bike).
2. We assume the speed to be constant but what if want to model realistic like deceleration near the speed breaker and then acceleration after breaker .
how can we model this?
Hi, if you want to simulate a deceleration, you have to add aceletarion in any X;Y;Z direction, displacemente too, and on tabular data you have to write in the desired steps the deceleration in X;Y;Z desired direction.
Hey brother, can you please tell me if the tire in your model is fixed in the floor ? How can i draw it ?
Hi, the tire isn't fixed in the floor, I used frictional displacement.
Hi, could you tell me please how dynamic coefficient and decay constant in frictional contact influences the result ?
Hi I can't I deleted the proyect, sorry.
can you send me the stepfile please