Three-dimensional analysis of the shoulder and elbow joints during the volleyball spike
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Three-dimensional analysis of the shoulder and elbow joints during the volleyball spike

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Published .
Written in English

Subjects:

  • Volleyball for women.,
  • Volleyball -- Spike.,
  • Human mechanics.,
  • Kinesiology.,
  • Shoulder joint.,
  • Elbow.

Book details:

Edition Notes

Statementby Chul Soo Chung.
The Physical Object
FormatMicroform
Paginationxiii, 211, [1] leaves
Number of Pages211
ID Numbers
Open LibraryOL16685087M

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movement during the spike, trunk ROM should also be considered as a covariate. To date, no study has measured the effect of a recent shoulder injury on spiking technique. Therefore, this study aimed to quantify differences in upper arm and trunk kinematics during the File Size: KB. In this study, shoulder kinematics and MT lengths obtained from four shoulder kinematic chains (open-loop thorax-clavicle-scapula-humerus (M 1), closed-loop with contact ellipsoid (M 2), scapula rhythm from regression equations (M 3), and a single ball-and- socket joint between the thorax and the humerus (M 4) were compared. Right-side shoulder Author: Pierre Puchaud, Samuel Hybois, Antoine Lombart, Joseph Bascou, Hélène Pillet, Pascale Fodé, Christop. An Analysis of the Volleyball Jump Serve | Dr Marion Alexander, Adrian Honish MSc - Sport Biomechanics Lab, University of Manitoba, Canada | IntroductionOne of the most dramatic skills in modern volleyball is the spike serve, or the jump serve, which provides an exciting and dynamic skill that is captivating for players and spectators alike.. The player starts about five meters . Three-dimensional analysis of the shoulder and elbow joints during the volleyball spike Chul Soo Chung. GV W66 C58 A Winning volleyball for girls / Deborah W. Crisfield ; foreword by Jerry Sherman.

Repetitive stresses and movements on the shoulder in the volleyball spike expose this joint to overuse injuries, bringing athletes to a career threatening injury. Assuming that specific spike techniques play an important role in injury risk, we compared the kinematic of the traditional (TT) and the alternative (AT) techniques in 21 elite Cited by: different strokes, then the elbow. The power of shoulder was less than it of wrist and elbow. Figure 5, 6 and 7 showed the angular velocities, the net joint moment and the power graphs of the 3 different badminton strokes. Every graph contained 3 curves, expressed the patterns of the shoulder, the elbow and the wrist joints. Five varsity-skilled baseball players without pain in the elbow and shoulder joints were subjects for this study. They were fixed to a chair and asked to throw a baseball using three different throwing arm movements (T 0, T 45, and T 90). These movements were filmed using three-dimensional DLT by: 2. “Three-dimensional kinematics of the spiking arm during the volleyball spike.” Korean Journal of Sport Science 2: Coleman, S. (). “A 3D kinematic analysis of the volleyball jump serve.” from Coleman, S. G. S. (). “A three-dimensional cinematographic analysis of the volleyball spike.”.

The volleyball spike is an explosive movement that is frequently used to end a rally and earn a point. High velocity spikes are an important skill for a successful volleyball offense. Although the influence of vertical jump height and arm velocity on spiked ball velocity (SBV) have been investigated, little is known about the relationship of Cited by: 1. Chung, C.S. (). Three-dimensional analysis of the shoulder and elbow during the volleyball spike. Unpublished doctoral dissertation, Indiana University, Bloomington. Richards, J.G. (). The measurement of human motion: A Comparison of Commercially Available System.   Feltner, M.E. and Dapena, J. () Dynamics of the shoulder and elbow joints of the throwing arm during a baseball pitch. International Journal of Sports Biomechanics 2, Feltner, M.E. () Three-dimensional interactions in a two-segment kinetic chain. Part.: Application to the Throwing Arm in Baseball Pitching. The ROM of the shoulder, elbow, and wrist joints were measured using a plastic ° goniometer (Pro-Med Product, Inc., Atlanta, GA). The muscle strengths of the shoulder, elbow, and wrist joints were measured using a MP DAB BioPac force measurement system (BioPac System, Inc., Santa Barbara, CA).