XSKIER
Platinum Member
"Torque = power = speed and working capacity."
Nope, torque times rpm = power = speed and ability to do a given amount of work in an amount of time.
I can apply 300 ft lbs torque to a loader frame mount bolt, but if it is already tight and does not turn I will have done no work.
In a small Diesel engine, the notion of "torque rise" is important. It is the percent differential between peak torque and peak horsepower. When the engine is pulled down from peak horsepower, a closer in peak torque rpm results in a "stronger" appearing engine. A better "torque rise" results in an engine that does not appear to "bog down" as easily. It still is independent of total horsepower and ability to do work.
Nope, torque times rpm = power = speed and ability to do a given amount of work in an amount of time.
I can apply 300 ft lbs torque to a loader frame mount bolt, but if it is already tight and does not turn I will have done no work.
In a small Diesel engine, the notion of "torque rise" is important. It is the percent differential between peak torque and peak horsepower. When the engine is pulled down from peak horsepower, a closer in peak torque rpm results in a "stronger" appearing engine. A better "torque rise" results in an engine that does not appear to "bog down" as easily. It still is independent of total horsepower and ability to do work.