Rowing Biomechanics Newsletters
Volume 4, Year 2004
Issue |
Year/ month |
Contents |
|
Attachments |
34 |
Coordination of the handle and foot-stretcher forces and their relationship to temporal structure of the drive. Importance of initial boat acceleration D3 micro phase. |
169Kb |
||
35 |
Case study: biomechanical parameters and rowing efficiency. Importance of the fast force increasing. |
129Kb |
||
36 |
Distance per stroke and force/angle parameters at different stroke rate. Case study: three types of DPS/rate profile. |
40Kb |
||
37 |
Gadgets in rowing: straw on the stern for boat speed, second button, string between seats. General recommendations. |
60Kb |
||
38 |
Power and speed drills in rowing: changing the gearing ratio, extra load in the boat, oars or rower’s trunk, combination of sculling and sweep rowing in one boat. |
36Kb |
||
39 |
Three methods of the rowing power calculation. |
65Kb |
||
40 |
Intra-cycle boat speed profiles at various stroke rates. Decreasing of energy losses due to boat speed fluctuations. |
39Kb |
||
41 |
Race strategy and tactics of the medal winners of Athens Olympiad-2004. |
67Kb |
||
42 |
Rowing power on-water and on ergo: at various stroke rate trends are similar in women, but different in men. |
81Kb |
||
43 |
Q&A: Timing of the drive phase: duration of D3 phase (initial boat acceleration) at different stroke rate. Still pictures with corresponding micro-phases. |
498Kb |
||
44 |
Q&A: Using of the one-leg squat. Is the catch and the beginning of the drive initiated with the hands or the feet? Simultaneous and consecutive styles. |
378Kb |
||
45 |
Timing of the stroke cycle and micro-phases at different patterns of force curve and various stroke rates. Importance of fast force increasing up to 70% of the maximum. |
74Kb |
Home |
Contact Us |