DAVE ANKIT M.
GOYAL TEJAS S.
MECHANICAL & CIVIL DEPT.
ATMIYA INSTITUTE OF TECHNOLOGY AND SCIENCE ,RAJKOT, GUJARAT
Full description of the roller coaster model
It is the horizontal loop which is at the top at the highest point
The diameter of the loop is 580mm
This is the place where the riders will be having a slow motion ride where they have a view of the whole coaster which will made them to think that what is going to come next.
Then it comes the vertical fall and a vertical loop.
The length of vertical fall is 340mm
The diameter of the vertical loop is 125mm
The force acting at the time of vertical loop
The above shown figure will give the idea that, what are all the forces which are acting on the body which are in the loop and why the body is not falling, when the body is upside down.
The vertical fall made by the body will make the person riding to feel an effect of free falling and the place they will surely be thrilled at any cost if not, there is vertical loop ahead the thing is when there is vertical fall the body will be in be accelerated to such a speed that it will be able to complete the whole vertical loop in which the body gets upside down and it will surely stimulate their nerve impulse.
Thirdly: (unusual thrill)
Then comes the cyclone chamber where
The diameter of the cyclone chamber is 210mm
Vertical distance which is there in the cone shape structure is 110mm
The persons sitting in the ride will be experiencing the centrifugal force at a very high speed. The only thought that will come in their mind is, they are being pulled by some force and there are no breaks which can stop that circular motion.
Fourthly: (unusual thrill)
Then it goes to the differential C- shaped structure (2 in no.)
The radius of curvature –upper one 50mm
The radius of curvature–lower one