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

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

Published .

Written in English

Read online

Subjects:

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

Edition Notes

Book details

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

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

Get this from a library. Three-dimensional analysis of the shoulder and elbow joints during the volleyball spike. [Chul Soo Chung]. 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 patterns Cited by: 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. “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). Abstract The aim of this study was to examine the relationship between shoulder alignment and elbow angle during the delivery action of fast-medium bowlers.

The elbow and upper trunk alignment were recorded for 13 high-performance bowlers (mean age 20 years) using a camera Vicon motion analysis system operating at Hz. The three highest velocity Cited by: Sport Biomechanics Mark Mann 12/11/08 The Biomechanics of the Volleyball Spike / Attack The following biomechanics project was designed to be a review of literaturerelated to the most important skill in volleyball, the overhead spike, or attack.

2 Previous research has linked elbow and shoulder injuries to a variety of risk factors, including pitch volume, 55,62 increased innings pitched in a calendar year, 29,62 increased body mass, 62 pitch type, 21,34,55 and number of months pitched per year.

62 More recently, ball velocity has been examined as a possible risk factor for injury. 12,28,44,62, Yun-tao Ma, in Acupuncture for Sports and Trauma Rehabilitation, Rotator Cuff Tendinopathy. Shoulder injuries account for 8% to 20% of volleyball injuries.

The biceps and rotator cuff tendons are the tissues most commonly injured. 62 The shoulder girdle musculature does not generate very powerful torque in the upper limb. About 85% of the energy needed to.

Three Dimensional of the Shoulder and Elbow Joints During the Volleyball Spike. Dissertation Abstracts International, Vol, No.4, ppA. Coleman, James C., Keogh, Jaik and John Mansfield ().

Motor Performance and Social Adjustment Among Boys Experiencing Serious Learning Difficulty. Research Quarterly, pp Combs, A.W. Shoulder Position in Volleyball Players With Shoulder Pain The safety and scientific validity of this study is the responsibility of the study sponsor and investigators.

Listing a study does not mean it has been evaluated by the U.S. Federal Government. Tanabe S, Ito A. A three-dimensional analysis of the contributions of upper limb joint movements to horizontal racket head velocity at ball impact during tennis serving. Sports Biomech. ;– CrossRef Google ScholarAuthor: Caroline Martin.

- A three dimensional analysis of the net moments at the shoulder and. elbow joints in running and their relationship to the upper extremity. - Foot placement, body and head carriage and breathing in running. - Curve running. - The optimal starting technique in sprinting.

- Technical observation of the use of visual aids. - Principles of good. Differences in ball speed and three-dimensional kinematics between male and female handball players during a standing throw with run-up Ben Serrien1*, Ron Clijsen1,2,4, Jonathan Blondeel1, Maggy Goossens2,3 and Jean-Pierre Baeyens1,2,3 Abstract Background: The purpose of this paper was to examine differences in ball release speed and throwing Cited by:   This is displayed by Austin in the second round of attempts, post biomechanical analysis and technique correction, and is in preparation for the throw-like movement.

The javelin throw is an overarm action, and begins with the shoulder extending while the elbow and wrist are flexing during the wind-up phase. Introduction to Sports Biomechanics Introduction to Sports Biomechanics: Analysing Human Movement Patterns provides a genuinely accessible and comprehensive guide to all of the biomechanics topics covered in an undergraduate sports and exercise science degree.

Now revised and in its second edition, Introduction to Sports Biomechanics is colour. elbow extension velocity, and shoulder rotational velocity) and kinetic parameters at BR (shoulder compressive force, shoulder internal rotation torque, and elbow flexion torque). This stepwise regression model explained 93% of the variance (r, r) in ball velocity.

Although analysis of professional pitchers identified no significant. Locations of hip and shoulder axes during both types of the spike left – regular approach, right - goofy approach Citation: Journal of Human Kinet 1; /hukin Before landing on both feet, the shoulder angle remains the same (°) and rotation occurs only in the lower part of the body in the RA group (Figure 5d).Cited by: 1.

Introduction. Musculoskeletal models of the upper extremity have defined the glenohumeral (GH) joint as a single rotation point (Hogfors et al., ; Helm et al., ), the position of which was based on the assumption that the rotation center equals the center of the humeral position of this ‘geometric’ rotation center was specified as the center of a sphere fitted through Cited by: Questions/Answers Some of the things that I agree with MM that will be part of my analysis is the pendulum swing, the positioning of the elbow in relation to the head (to a point), and eliminating forearm bounce or flyout and also looping.

I want to see how well their pitching shoulder and elbow handle the weight during their 'Late. You can write a book review and share your experiences. Other readers will always be interested in your opinion of the books you've read.

Whether you've loved the book or not, if you give your honest and detailed thoughts then people will find new books that are right for them. A three‐dimensional cinematographical analysis of the volleyball spike.

Upper limb biomechanics during the volleyball serve and spike. For each attack analysed the researchers determined also the values of the angles in the shoulder and elbow joints at the moment of hitting the by: 2.

*Readers Note – This gymnastics flexibility guide is a very long and in-depth blog post. The first few sections of this blog are background and explanation for flexibility methods using scientific research.

There is a lot of medical and science nerdiness in there. Abstract. This chapter will describe the biomechanics of the upper limb. The main focus will be on the biomechanics of throwing; how the coordination of the trunk, upper arm, lower arm and wrist is important for the optimal throwing performance; and how the observed variations in throwing technique may influence the : Jesper Bencke, Roland van den Tillaar, Merete Møller, Herbert Wagner.

You can write a book review and share your experiences. Other readers will always be interested in your opinion of the books you've read. Whether you've loved the book or not, if you give your honest and detailed thoughts then people will find new books that are right for them.

Free ebooks since [email protected] Background The thoracic spine is critical for athletic kinetic chain functioning yet widely overlooked in terms of specific evidenced-based exercise prescription. Thoracic mobility, motor control and strength are required to optimise performance in sport and minimise excessive load/stress on other components of the kinetic chain.

Objective To identify and evaluate. motion of the three major joints of the upper limb, the shoulder, elbow and wrist. In light of these data, it was considered appropriate to undertake a simple, planar analysis rather th-n go to the expense in terms of complexity and time, of a three-dimensional by: Place two Balance Pods shoulder distance apart on the floor.

Perform a burpee, placing hands on the Pods in the burpee plank position. Perform plank balance and return to standing position. Repeat 4 times. On the 5 th repetition, lift one Pod while rotating into a side plank from the plank position.

Return to standing. A model of injury prevention research—the four steps in sports injury prevention (van Mechelen et al., ) the second step. Finally, the effect of the measures must be evaluated by repeating.

Understanding Planes and Axes of Movement Terminology The same concept applies to all the individual joints in the lower limb or a golf swing, a header in football, a spike in volleyball, paddling in kayaking.

These are all activities that require motion in all three planes simultaneously. Exercises Pre-draw and Body Pre-setting - 1 Pre-draw and Body Pre-setting - 2 Pre-draw and Bow Shoulder -1 Pre-draw and Bow Shoulder -2 Pre-draw and Bow Elbow 6. First, the analysis is a simple 2D model of truly 3D reality.

Second, the human body is modeled as a point mass. In other words, we know nothing about the orientation of the body or body segment motions; we just confine the analysis to the whole body mass acting at one point in space.

Finally, an absolute frame of reference was used, whenAuthor: Duane Knudson.In subgroup analysis of the AO classification, shoulder and elbow surgeons, orthopaedic trauma surgeons and surgeons in the United States had greater reliability on 2DCT, while surgeons in practice for fewer years and surgeons from other subspecialties had greater reliability on 3DCT.) and basketball and volleyball players (Herrington, ).

2D FPPA may be useful in clinical and sports-team environments where 3D motion analysis is too-expensive, complex and time-consuming for use (Myer et al., ).

If a simpler assessment tool which can be used in the field such as 2D FPPA can show.

92147 views Tuesday, November 17, 2020