11ring said:Muscular endurance as defined by me is your ability to do hundreds or thousands or reps at a given force, independently of aerobic capacity.
But muscular endurance isn't independent of aerobic capacity.
11ring said:For simplicity sake and to refer back to my other posts it is the force you can exert for practically infinate reps, or the force below which there is no accumulated fatigue.
...which would be a very low force indeed, at least relative to strength.
11ring said:It is generally a proportion of maximum strength. In other words, a stronger person should tend to be able to have a higher fatigue limit.
This is only true during isometric contractions of sufficient intensity to result in at least partial occlusion of blood flow.
11ring said:Think or materials like steel with fatique limits. Below a certain stress level you can bend a piece of steel back and forwards forever without breaking, but above that limit every stress cycle makes it weaker. Typically the FL for steel is 1/3 it breaking strain. So double the maximum strength of an item and you double its fatigue limit as well.
Same with legs. If you make someone produce forces over their fatigue limit they will get tired and sore, even if you let their HR go down to resting they are damaged- they cant repeat their previouse efforts. Their muscles get damaged because they cant produce that level of force forever.
I think ric agrees that a certain amount of strength is required to produce say 300 watts for half an hour, but that the amount of strength needed is quite low. Essentialy the question is weather cyclists really ever go over their fatigue limit- i would argue that the symptoms of muscular stress- like soreness the day after and more to the point muscle growth with training show that many cyclists do.
The reason i proposed doing lots of high intensity efforts in testing is that it allows for rest time to let your HR recover. People will always be limited aerobically over one hour as it is too short for fatigue to set in and the forces one can produce for an hour are probably too small. Even better do 3 minute intervals with 10 minute rests. That way the power outputs will tend to go over the fatigue limit, and there is enough rest to do lots of them to get enough cycles.
These efforts ocur in racing all the time, so improved repeatable high intensity effort could reasonable be expected to help in racing.
As others have already said, you seem to be confused about the differences between strength, power, and endurance (fatigue resistance).