https://t.co/9i2TSDBGPA https://t.co/mx5HXvt2eW など T2=T1*(D2/D1)^ k T1, D1: ベンチマークレースのタイム(T1), 距離(D1) T2. D2: 目標レースの同数値 k: 疲労係数
RT @irongrafFT: La formula di Riegel funziona bene fino alla mezza maratona: sottostima un po’ il tempo sulla maratona https://t.co/gjh30L…
RT @irongrafFT: La formula di Riegel funziona bene fino alla mezza maratona: sottostima un po’ il tempo sulla maratona https://t.co/gjh30L…
La formula di Riegel funziona bene fino alla mezza maratona: sottostima un po’ il tempo sulla maratona https://t.co/gjh30LNyyM https://t.co/soGwo6Qqrw
my full marathon was predicted to be 3 h 15-20 min, based on my priors... to be checked, with some oddity on my right ankle. "An empirical study of race times in receational endurance runners" https://t.co/TfP6MDAQuB #bmcssmr
Read an interesting paper about #marathon time prediction, I might be being a pedant, and my physics was a while ago, but I'm pretty sure they mean 'speed' rather than 'velocity'. My runs start and finish at my house: good speed, underwhelming velocity...
RT @DerekGriffin86: All good running performances start with high volume. The "less is more" philosophy is appealing but wrong! https://t.c…
RT @DerekGriffin86: All good running performances start with high volume. The "less is more" philosophy is appealing but wrong! https://t.c…
RT @PhysioArmstrong: Actually quite an interesting study. https://t.co/0P7BZEaTqY
Actually quite an interesting study. https://t.co/0P7BZEaTqY
RT @DerekGriffin86: All good running performances start with high volume. The "less is more" philosophy is appealing but wrong! https://t.c…
RT @DerekGriffin86: All good running performances start with high volume. The "less is more" philosophy is appealing but wrong! https://t.c…
All good running performances start with high volume. The "less is more" philosophy is appealing but wrong! https://t.co/70fJ7RlrZz https://t.co/NVcYdgVD0R
Fascinating similarity plot-C among slopes & infection pts. %VO2 max will vary w/ speed but ~same distance to maximize each speed. Why run? https://t.co/FTndry8c2V
Check this paper out, many insights. Careful on how fast you increase mileage. Congrats on excellent 1/2! https://t.co/tqVrcZGMeq https://t.co/nqO4XTZnds
RT @Alan_metcalfe22: An empirical study of race times in recreational endurance runners https://t.co/hYJMq9djFo
An empirical study of race times in recreational endurance runners https://t.co/hYJMq9djFo
An empirical study of race times in recreational endurance runners https://t.co/QsF9qN4ZMa
An empirical study of race times in recreational endurance runners https://t.co/NatYu6SWb9
Interesting https://t.co/o2YmRJ31NC
"An empirical study of race times in recreational endurance #runners " https://t.co/vz8RYUHt3f
"An empirical study of race times in recreational endurance runners ": https://t.co/vz8RYUHt3f
An empirical study of race times in recreational endurance runners https://t.co/dTxXmYuP9q They found Riegel formula underestimated times
An empirical study of race times in recreational endurance# #runners https://t.co/jE1Hq9IkWe #sportsmed
RT @BMC_series: Factors associated with race times in recreational endurance runners https://t.co/KmzCkNSm0C #sportscience
Factors associated with race times in recreational endurance runners https://t.co/KmzCkNSm0C #sportscience