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Upper Limb Biomechanics During the Volleyball Serve and Spike

Reeser et al determined that athletes who perform the jump serve are more likely to experience shoulder problems than are those who use the float serve. 25. Early studies of volleyball biomechanics described the gross motor pattern of the spike. 2,8,21,29 In addition, a few studies focused on upper extremity kinematics during the spike—correlating shoulder and elbow motion with ball velocity, 8 hand velocity, 7 and jump height. 31,33 Two studies also determined the muscle activation ...

Biomechanical analysis of the jump serve in men's volleyball ...

Abstract. Background The most used serve technique in men's top volleyball is jump serve (JS). The efficiency of JS is related to the ball velocity (BV) of the serve. BVs have increased lately and thus a biomechanical analysis of JS was justified to investigate which elements have the biggest influence to BV of JS.

Biomechanical Analysis Of A Volleyball Serve Essay - 1597 ...

The detailed science of a volleyball serve can best be described using kinesiology, or the study of anatomical principles and physiological mechanics of movement, and biomechanics, the study of forces and there effects on living things. Once the kinesiological aspect is understood for this particular movement, the biomechanical analysis will then be applied to the volleyball serve in order to instruct a volleyball player on the correct qualitative and quantitative aspects of a serve.


According to (Turner, 2012), the biomechanics behind the steps involved within performing the overarm serve are as follows: (Refer to appendix for the steps) In the starting position, when you draw your hitting arm back at the elbow, causes external rotation, horizontal abduction, and flexion at the elbow.

Western Michigan University ScholarWorks at WMU

The serve is obviously an integral part of a volleyball match. A highly effective serve can score an outright winner--an ace (Dunphy & Wilde, 1991). Serving is one of the more neglected phases of volleyball, and it is hard to understand why. A well­ conceived serve can cause mishaps in passing, a disruption of offensive flow, and an

Volleyball Serve Biomechanical Analysis - Image Results

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Biomechanics in Volleyball - Adobe Spark

Biomechanics can be extremely useful in volleyball. As we evaluated my volleyball serves, I learned about my strengths and weakness’ of my serves. It also showed that there are many things that can be approved upon, and that one small thing such as not changing my weight onto my front foot can severely hurt my accuracy and momentum.

Volleyball Float Serve: A Biomechanical Analysis 1

Jesse Barfknecht Nicole Cereda Volleyball Float Serve: A Biomechanical Analysis In 1895, William G. Morgan invented the game of volleyball. Since then, volleyball has become a mainstream sport and has many different variations. Today, volleyball is played recreationally and competitively by people of all ages and both sexes.

An Analysis of the volleyball serve

serve 19.7 m/s, male spike 22.4 m/s, female jump serve 13.2 m/s, female spike 17.8 m/s). A study of the front row spikes of elite international volleyball spikers reported mean impact ball speeds of 27 m/s (Coleman 1993). It is generally agreed that the top jump servers of modern volleyball are the