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#31 | |
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Registered User
Join Date: Mar 2006
Location: Argentina
Posts: 71
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Quote:
Well, similar pacing consideration also aplies to any other TT events, if you run your 10k race at your best 1500m pace are in a similar problem... I don't known much about horse racing but, in our country, they are run with a rider (Jockey) Talking more seriously, for prediction purposes would be interesting to try other cases to see the goodness of fit and if the slope remains reasonably constant when we extend the duration. |
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#32 |
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Registered User
Join Date: Mar 2006
Location: Sydney, Australia
Posts: 1,574
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OK, for some fun, here are two more charts. This time I have compared Normalised Power and Average Mean Maximal Powers for the durations 5 minutes to 3.75hrs.
One for each of the two years of data I posted earlier. 2006: ![]() 2007: ![]() |
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#33 | |
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Registered User
Join Date: Jul 2003
Posts: 2,572
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Quote:
I was actually thinking the opposite: heavy doses of level 5 and 6 training would strongly stimulate glycogen "supercompensation", but would likely result in a steepening, rather than a flattening, of the power-duration relationship. Ergo, it is a mistake to equate flattening of the power-duration curve with the "filling" of anything. |
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#34 | |
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Registered User
Join Date: Jan 2007
Posts: 490
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Quote:
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#35 | |
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Registered User
Join Date: Oct 2004
Posts: 926
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Quote:
well filling one's stomach after a nice long ride comes to mind .
__________________
rmur |
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#36 | |
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Registered User
Join Date: Jan 2007
Posts: 490
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Quote:
We're getting quite a bit off topic here (but since when has that ever stopped us?) but since I'm a curious type, I have a question. This explains the definition of glycogen supercompensation and a "conventional" way of achieving it. So what you are discussing above doing the depletion phase of the glycogen supercompensation cycle with L5/L6 training, which would also have the effect of raising "the left", the part of the curve at the shorter durations. However are you saying that supercompensation by itself has an effect upon the slope of the line? Thanks. Last edited by Steve_B : 25-04.-2008 at 10:56 PM. Reason: clarity |
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#37 |
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Registered User
Join Date: Mar 2006
Location: Argentina
Posts: 71
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This graph is with my own data (last 9 months), I'm an AG triathlete and my FT was around 240watts in this period, instead of log-log I've used a more familiar linear graph with duration in Hours (from 5' to 6hr), the exponent of the curve is the "endurance index" (slope in log-log graph) and coefficient is (around) 1h (avg or norm) power:
![]() Just in case anyone want to play with his own data I've attached the excel file (zipped). |
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