- #1
shalmaneser
- 3
- 0
1st of all - Hi everyone, this looks like a great resource, hopefully i'll be a frequent visitor!
Anyway, the reason for this post is to findout if anyone knows of any texts concerning the more practical (design) side of hydraulic damping used in suspension systems.
Im at uni in England at the moment doind Mechanical engineering, but i don't seem to be able to find any books on the subject in our library. Maybe I am not looking hard enough.
The reason i am looking for this information is purely interest - i ride mountainbikes in my spare time, and i was looking for a way to improve the damping circuit on my suspension fork, a 'Rockshox Boxxer' fork if anyone is interested.
I know it can be done, as there are several suspension tuning companies in England that cater specifically for mountainbikers (www.tftuned.com, for example) i was just wondering where the information that they obviously use comes from.
I would like to improve the consistancy of the damping, as well as making the damping smoother.
Any help or advice would be very much appreciated!
Adam.
Anyway, the reason for this post is to findout if anyone knows of any texts concerning the more practical (design) side of hydraulic damping used in suspension systems.
Im at uni in England at the moment doind Mechanical engineering, but i don't seem to be able to find any books on the subject in our library. Maybe I am not looking hard enough.
The reason i am looking for this information is purely interest - i ride mountainbikes in my spare time, and i was looking for a way to improve the damping circuit on my suspension fork, a 'Rockshox Boxxer' fork if anyone is interested.
I know it can be done, as there are several suspension tuning companies in England that cater specifically for mountainbikers (www.tftuned.com, for example) i was just wondering where the information that they obviously use comes from.
I would like to improve the consistancy of the damping, as well as making the damping smoother.
Any help or advice would be very much appreciated!
Adam.