maybe
Railway lines only make really wide and gentle curves, so there's really very little scrubbing to begin with. On top of that there's not that much friction between the steel rail and the steel wheel, so it's fairly easy for one wheel to slip a little.
Koyana Hydroelectric power plant at Koyana(MS) Mahatma Gandhi Hydroelectric Works Karnataka Mandi Hydroelectric Scheme Himachal Pradesh
The NoSpin differential is a type of differential designed by TracTech, and now owned by Eaton. It permits all the available torque to be delivered to the wheels while still allowing for wheel speed differentiation. Rather than having two side gears and one or more pinion gears (like a standard open differential), it contains a clutch on either side of the spider which mecanically engage with the spider. When one wheel is forced to travel faster than the other (such as the left wheel in a right-hand turn), the clutch on that side of the spider will disengage, allowing that wheel to spin faster. The other wheel will be given 100% of the available torque from the driveline. When both wheels return to spinning the same speed, the clutch engages with the spider again, and the differential basically acts as a locked diff. These differentials are normally used on off road machinery since the engagement and disengagement of the clutches is loud and can be felt through the driveline. They would be very annoying in high traction conditions (pavement). Owners manual: http://www.eaton.com/ecm/groups/public/@pub/@eaton/@per/documents/content/ct_128312.pdf http://4x4icon.com/offroad/detroit/detroit_noslip.htm Operation of a standard open differential: http://auto.howstuffworks.com/differential2.htm
WhEeL aNd AxLe!(:
A sheave (/ʃiːv/) is a pulley with a grooved wheel for holding a belt, wire rope, or rope. The grooved wheel spins inside the frame of the sheave. This allows the wire or rope to move freely minimizing wear and abrasion on cable. Sheaves can be used to redirect a cable or rope, lift loads, and transmit power.
The transfer case,transfers power from the transmission to the front and rear differentials.
transmission
no diffenrent.
Power goes from the engine through the transmission to the differential to the front or rear axles. If it is all wheel drive it has a transfer case or center diff. between the transmission and the differentials.
Almost all front wheel drive cars have an open differential meaning per axle the power will go to whatever wheel has the least resistance, so if one wheel slips then that wheel will receive all the engines power. However more automakers are adding traction control to more of their vehicles meaning that if a wheel slips then the brakes will activate on that wheel therefore transferring power to the other wheel giving you significantly more traction Some vehicles will have limited slip differentials which mechanically will allow one side to spin only so much faster then the other
Open differential unless you ordered it from the factory.
A differential in an automobile is used to transfer the power to rear drive axles from the transmission in rear wheel drive vehicles. In 4-wheel drive, the two differentials transfer power from the transfer case to the wheels. Most front wheel drive vehicles use a transaxle which combines a transmission and differential in the same case. Again, one of the roles is to transfer power to the wheels. However, it does more than that. It allows one wheel in the set to turn faster than the other. That is so the vehicle can negotiate curves without skidding.
The Transaxle refers to the combination of transmission and differential that provides power transmission in all modern front wheel drive vehicles, as well as front power in AWD (not 4WD) vehicles, as opposed to the separate transmissions and differentials that are generally used on rear drive vehicles.
They're often neglected when it comes to service, for one.
CENTRAL POWERA well-pumping installation consisting of an engine powering a large diameter, horizontal band wheel with shackle-rod lines attached to its circumference. The band wheel is an excentric and as it revolves on a vertical axle a reciprocating motion is imparted to the shackle rods. A central power may pump from 10 to 25 wells on a lease.
You have broken a CVD or try locking your differentials. I doubt it is the differentials you Amy want to clean it and reoil it to see what happens another weakness i have found is the small bevel gears inside the differentials have a tendancy to lose a tooth or two this also causes the diff to lock one wheel or just not work at all leaving it front wheel drive only
there are quite a few wheel bearing problems on these and sometimes differentials front and rear