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BIOMECHANICAL CHARACTERISTICS AND DETERMINANTS OF INSTEP SOCCER KICK
(2007)
Eleftherios
Kellis
Athanasios
Katis
Powerful kicks are achieved through a high foot velocity and coefficient of restitution.
Journal of Sports Science and Medicine
Periodical
Physics
...............................................................
BIOMECHANICAL CHARACTERISTICS AND DETERMINANTS OF INSTEP SOCCER KICK
(2007)
Eleftherios
Kellis
Athanasios
Katis
Preliminary data indicate that accurate kicks are achieved through slower kicking motion and ball speed values.
Journal of Sports Science and Medicine
Periodical
Physics
...............................................................
BIOMECHANICAL CHARACTERISTICS AND DETERMINANTS OF INSTEP SOCCER KICK
(2007)
Eleftherios
Kellis
Athanasios
Katis
Forward motion is initiated by rotating the pelvis around the supporting leg and by bringing the thigh of the kicking leg forwards while the knee continues to flex.
Journal of Sports Science and Medicine
Periodical
Physics
...............................................................
BIOMECHANICAL CHARACTERISTICS AND DETERMINANTS OF INSTEP SOCCER KICK
(2007)
Eleftherios
Kellis
Athanasios
Katis
Joint and segmental movements are the result of moments produced during the kick.
Journal of Sports Science and Medicine
Periodical
Physics
...............................................................
BIOMECHANICAL CHARACTERISTICS AND DETERMINANTS OF INSTEP SOCCER KICK
(2007)
Eleftherios
Kellis
Athanasios
Katis
It appears that joint and segmental movements during the kick are driven by simultaneous activation of a relatively large number of muscles.
Journal of Sports Science and Medicine
Periodical
Physics
...............................................................
