Recent content by sulhil

thanks, tht did help

how could i calculate the moment of inertia of a tyre if i needed the moment of inertia about the central access of the tyre could i add the moment of inertia of the tyre+ the moment of inertia of the rim and how do i calculate the moment of inertia of the tyre, i can't find any assosiated...

the moment of inertia is a a function of the geometry and the mass of the object, bt in this case i am confused , as in which geometry to consider??

what is the moment of inertia about the wheels , when the vehicle is accelerated upto 100 km/hr and the foot is lifted off the accelerator

thanks a lot for ur input, could u give me any reference to the formula u have supplied me with , and is it acceleration = [torque at the wheels/wheel radios]/mass or acceleration= torque at the wheels /[wheel radios/mass]

could u please elaborate a bit more, as in its the acceleration of the vehicle we r toking here, and is it the mass of the vehicle itself tht we are talking ??

well i do have the weight of the vehicle as well as the gear ratio could u give me some calculations i could use ??

well let's say a vehicle is moving at 100 km/hr, and the foot is raised off the accelerator, it is leveled road . and the vehicle is aloved to decelerate. at this point the bevel ring gear of the diffrentil of the vehicle would still countinue to rotate as the wheels are rotating. how could i...

a vehicle is moving at 100 km/hr. the foot is lifted off the accelerator, and the vehicle decelerates, if a mechanism is introduced to absorb the toque from the differential gear(bevel ring gear). and it decelerates the vehicle from 100 km/hr to 50 km/hr. what would be the amount of torque...