Hello sir and thank you for the video! I want to apply these calculations to a motorcycle but there is a problem I encounter. Shouldn't there be a static friction force in order to start moving the vehicle? Somethink like Ffr = m * g * u(greek miu)? I'm asking this because I want to know if my electric motor will be able to start moving the motorcycle from standstill. Any help will be appreaciated, thank you again!
Sir, greetings of the day explained in the most simple manner, for everyone to understand easily. Could you please tell how to calculate the torque in Nm at the wheel, required to propel a bus of Gross weight 16200Kg , speed 90 Kmph, wheel tire diameter 1012 mm, wheel rim diameter 600 mm.
In acceleration Force measurement you have considered m equal to 1800.. but its Kg .. should we divide 1800 by 9.81 to get mass? is the force 9.81 time higher than it actually should?
Neglected ground clearance while calculating frontal area
very nice solution big bro 👌👌
Hello sir and thank you for the video! I want to apply these calculations to a motorcycle but there is a problem I encounter. Shouldn't there be a static friction force in order to start moving the vehicle? Somethink like Ffr = m * g * u(greek miu)? I'm asking this because I want to know if my electric motor will be able to start moving the motorcycle from standstill. Any help will be appreaciated, thank you again!
Sir,
greetings of the day
explained in the most simple manner, for everyone to understand easily.
Could you please tell how to calculate the torque in Nm at the wheel, required to propel a bus of Gross weight 16200Kg , speed 90 Kmph, wheel tire diameter 1012 mm, wheel rim diameter 600 mm.
In acceleration Force measurement you have considered m equal to 1800.. but its Kg .. should we divide 1800 by 9.81 to get mass? is the force 9.81 time higher than it actually should?
NIce Work..Can you please share excel sheet