![]() 08/14/2020 at 21:16 • Filed to: None | ![]() | ![]() |
when a truck is ascending an incline and the engine revs climb but the tires have traction and not rotating, where does all that twist from the en gine go? How long does that last until something goes boom?
![]() 08/14/2020 at 21:27 |
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Depends on what you’re driving. In a Jeep you snap an axle.
![]() 08/14/2020 at 21:27 |
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Torque converter, which will build heat until the weakest link moves . Usually, and ideally, that’s the tires slipping. If you sit there not moving and on the gas long enough but don’t apply quite enough torque to break traction you could destroy the torque converter. That would take a fair amount of time though and you will instinctively apply more throttle/torque until something moves.
![]() 08/14/2020 at 21:30 |
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I imagine spinning within the torque converter
![]() 08/14/2020 at 21:34 |
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The torque converter is actually a torque multiplier. It will slip until it reaches the rpm where the engine (and force multiplication of the torque converter) are equal to the weight of the vehicle times the cosine of the incline. At this point the forces are equal and as you exceed it you begin to move.
![]() 08/15/2020 at 00:21 |
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Like other said torque converter. In situations where more torque is required to move the vehicle they slip more. Just like easing out the clutch a bit slower in a manual car.
![]() 08/19/2020 at 16:52 |
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Picture you pushing on a wall. Where does the force go?
![]() 08/19/2020 at 20:16 |
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when i push against the wall, my legs arn’t spinning like a piston is.
![]() 08/19/2020 at 22:03 |
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Good point.
A lot of people are saying torque converter. I wonder what that means for a manual