Effects of banked angle on vehicles

AI Thread Summary
A banked angle refers to the tilt of a roadway or track that helps vehicles maintain higher speeds during turns by reducing tire shear against the surface. This design allows for better cornering stability, as seen in racetracks with significant banking, such as those with angles around 30 degrees. In a banked turn, vehicles can navigate at higher speeds without losing traction, unlike on flat surfaces where slower speeds are necessary to avoid sliding. The effectiveness of banked angles is particularly evident in motorsports, where they enhance performance and safety. Understanding banked angles is crucial for optimizing vehicle dynamics in racing and high-speed driving scenarios.
onyebu57
Messages
1
Reaction score
0
i've been trying to get the exact definition of a banked angle but so far, I've gotten nothing so i would like somebody to please tell me the definition and explain it effect on the performance of motor vehicles
 
Physics news on Phys.org
onyebu57 said:
i've been trying to get the exact definition of a banked angle but so far, I've gotten nothing so i would like somebody to please tell me the definition and explain it effect on the performance of motor vehicles

I don't the "exact definition" you are looking for, but a "banked turn" is used to reduce the shear between the tires and the road (permitting higher speeds). An extreme example would be a circle track with a bank of 90 degrees - just don't go too slow or you would slide/fall to the "inside" of the track.

If you want to know what I mean by "higer speeds", take a stock car for a few laps around a super speedway (bank angle ~30degrees). Going into a turn at ~150mph is quite an experience - but not one I'd recommend on a flat track. :smile:

Regards,

Bill
 
Thread 'Question about pressure of a liquid'
I am looking at pressure in liquids and I am testing my idea. The vertical tube is 100m, the contraption is filled with water. The vertical tube is very thin(maybe 1mm^2 cross section). The area of the base is ~100m^2. Will he top half be launched in the air if suddenly it cracked?- assuming its light enough. I want to test my idea that if I had a thin long ruber tube that I lifted up, then the pressure at "red lines" will be high and that the $force = pressure * area$ would be massive...
I feel it should be solvable we just need to find a perfect pattern, and there will be a general pattern since the forces acting are based on a single function, so..... you can't actually say it is unsolvable right? Cause imaging 3 bodies actually existed somwhere in this universe then nature isn't gonna wait till we predict it! And yea I have checked in many places that tiny changes cause large changes so it becomes chaos........ but still I just can't accept that it is impossible to solve...

Similar threads

Back
Top