Search Results - Altundag, E.
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Relationships between internal and external training load demands and match load demands in elite women volleyball players
Altundag, E., Akyildiz, Z., Lima, R., de Oliveira Castro, H., Çene, E., Akarçesme, C., Miale, G., Clemente, F. M.Published in Proceedings of the Institution of Mechanical Engineers, Part P: Journal of Sports Engineering and Technology (2025)“…Altundag, E.…”
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Is nationality a factor affecting serve type, serve speed, and success in professional volleyball league?
Özünlü, N., Pekyavas, P., Cerezci, S., Duygu, D., Çinar-Medeni, Ö., Altundag, E., Akarçesme, C., Çolakoglu, F. F., Baltaci, G.Published in International Journal of Disabilities Sports and Health Sciences (2021)“…Altundag, E.…”
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Train brain instead of muscle: Immediate effect of neuro-athletic training on flexibility, service and upper extremity performance in elite volleyball players - a randomized contro...
Soylu, Ç., Altundag, E., Isguzar, G., Un Yildirim, N.Published in 28th Annual Congress of the European College of Sport Science, 4-7 July 2023, Paris, France (2023)“…Altundag, E.…”
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Within-week differences in external training load demands in elite volleyball players
Akyildiz, Z., de Oliveira Castro, H., Çene, E., Laporta, L., Parim, C., Altundag, E., Akarçesme, C., Guidetti, G., Miale, G., Silva, A. F., Nobari, H., Clemente, F. M.Published in BMC Sports Science, Medicine and Rehabilitation (2022)“…Altundag, E.…”
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The relationship between isokinetic shoulder muscle strength at diagonal pattern, serve speed and Functional movement Screen (FMS®) in female volleyball athletes
Altundag, E., Soylu, C., Akarçesme, C., Yildirim, N. Ü.Published in International Journal of Applied Exercise Physiology (2019)“…Altundag, E.…”
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volleyball
female
analysis
high performance sport
strength
competition
load
performance
playing position (sport games)
test
training
velocity
balance
biomechanics
dynamic
elite sport
flexibility
initiation
knee
muscle
relation
statistics
body
injury
investigation method
jump
leg
load intensity
macrocycle
maximal strength