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The Engineering of Sport

DOI link for The Engineering of Sport

The Engineering of Sport book

The Engineering of Sport

DOI link for The Engineering of Sport

The Engineering of Sport book

Edited BySteve Haake
Edition 1st Edition
First Published 1996
eBook Published 18 December 2020
Pub. Location London
Imprint CRC Press
DOI https://doi.org/10.1201/9781003078098
Pages 360
eBook ISBN 9781003078098
Subjects Engineering & Technology, Sports and Leisure
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Haake, S. (Ed.). (1996). The Engineering of Sport (1st ed.). Taylor & Francis. https://doi.org/10.1201/9781003078098

ABSTRACT

Science and technology has been used more and more in the last few decades to gain advantage over competitors. Quite often, however, the actual science involved is not published because a suitable journal cannot be found. The Engineering of Sport brings together work from a very diverse range of subjects including Engineering, Physics, Materials and Biomechanics.



The Engineering of Sport represent work which was represented at the 1st International Conference on the Engineering of Sport held in Sheffield, UK in July 1996. Many sports were represented and the material covered split into nine topics covering aerodynamics, biomechanics, design, dynamics, instrumentation, materials, mechanics, modelling, motion analysis, and vibrations. It should be of interest to specialists in all areas of sports research.

TABLE OF CONTENTS

part 1|28 pages

Aerodynamics

chapter |8 pages

Going faster, higher and longer in sport with CFD

ByR. K. Hanna

chapter |9 pages

Cricket ball swing: A preliminary analysis using computational fluid dynamics

ByJ.M.T. Penrose, D.R. Hose, E.A. Trowbridge

chapter |8 pages

Effect of cyclist’s posture and vicinity of another cyclist on aerodynamic drag

ByM. M. Zdravkovich, M. W. Ashcroft, S.J. Chishohn, N. Hicks

part 2|47 pages

Biomechanics

chapter |5 pages

The effect of an exercise regime on Lumbar Spine Curve

ByHossein M. Alizadeh, Janette Standring

chapter |6 pages

Reliability of indices of anterior tibio-femoral ligamentous function in the normal and anterior cruciate ligament-deficient knee

ByN. Gleeson, D. Rees, S. Rakowski

chapter |7 pages

Musical expertise: The dynamic movement of the trombone slide

ByMark Mark Lammers, Lela June Stoner, Richard Fuller, Debra Allyn

chapter |11 pages

Finite element analyses of additional stressing during (light) sporting events following total hip arthoplasty

ByS.P.G. Madabhushi, A.S. Usmani, D.R. Fairbairn, M. Rajalakshmi

chapter |7 pages

The influence of body weight on ski jumping performance

ByWolfram Müller, Trevor T.J. DeVaney

chapter |5 pages

Comparison of the powers at the lower limb joints during walking at different velocities and their significance for a possible optimal walking velocity

ByW. Wang, R.H. Crompton, Y. Li, M.M. Gunther

part 3|40 pages

Design

chapter |4 pages

The modem tennis racket

ByH. Brody

chapter |8 pages

The design optimisation of poles for pole vaulting

ByS.C. Burgess

chapter |5 pages

Shuttlecock design and development

ByAlison J. Cooke

chapter |5 pages

Design and prototype manufacture of a composite bicycle frame

ByD. Katsanis, S.M. Grove

chapter |8 pages

The design and development of a shuttlecock hitting machine for training badminton players at all levels of the game

ByJ.E. Morgan

chapter |6 pages

How to win the America’s Cup: Optimum control of a yacht having an optimally designed sail

ByT. Sugimoto

part 4|33 pages

Instrumentation

chapter |5 pages

Accuracy of kinematic data collection, filtering and numerical differentiation

ByPeter Dabnichki, Serdar Antan, Mike Lauder, Dinaitrios Tsirakos

chapter |5 pages

Measuring the longitudinal force during javelin release

BySimon Iwnicki, Peter Dabnichki, Serdar Antan

chapter |6 pages

Experimental study of the perception of body position in space

ByIngo Kobenz, Trevor T. J. DeVaney, Wolfram Mütter, Walter Habermann, Michael Samastur

chapter |4 pages

Instrumentation of the Concept II ergometer for optimization of the gesture of the rower

ByP. Pudlo, F. Barbier, J. C. Angue

chapter |6 pages

Three-dimensional kinematic analysis of upper extremity in the soft-tennis forehand drive

ByLin-Hwa Wang, Hong-Wen Wu, Yi-Wen Chang, Fong-Chin Su, Kuo-Cheng Lo

chapter |3 pages

The mechanical analysis of kicking during physical effort

ByZ. Wasślciewicz

part 5|34 pages

Materials in sport

chapter |8 pages

Developments of manufacturing of metal matrix composites for applications in the sports and leisure industries

ByM. B. Barker, A. M. Davidson, D. Regener

chapter |7 pages

Materials in mountaineering equipment: A look at how processing and heat treatment influences the structure and properties of aluminium alloy karibiners

ByJ. R. Blackford

chapter |5 pages

The effect of microstructure on the impact dynamics of a cricket bat

ByC. Grant, S.A. Nixon

chapter |10 pages

Materials selection for sports equipment

ByU.G.K. Wegst, F. Ashby

part 6|58 pages

Mechanics

chapter |5 pages

Mechanics and design of a windsurfer mast

ByA.J. Barker, J.L. Wearing

chapter |2 pages

Friction coefficient of golf balls

ByW. Gobush

chapter |9 pages

A motion based virtual reality training simulator for bobsled drivers

ByR.K. Huffman, M. Hubbard

chapter |6 pages

Mechanics of the modem bow and arrow

ByS.H. Joseph, S. Stewart

chapter |5 pages

The fatigue life of nylon monofilament as fishing gear material

ByH. Kanehiro, S. Takeda, T. Kakihara, K. Satoh

chapter |4 pages

Bicycle chain efficiency

ByMatt D. Kidd, N.E. Loch, R.L. Reuben

chapter |8 pages

The dynamic response of a golf club head

ByJ.S.B. Mather, J. Inunohr

chapter |10 pages

The development of protection systems for rock climbing

ByR.A. Smith

chapter |4 pages

Experimental mechanics and artificial turf

ByC.A. Walker

part 7|44 pages

Modelling of sport

chapter |5 pages

Parametric modelling of the dynamic performance of a cricket bat

ByC. Grant, S.A. Nixon

chapter |6 pages

Normal impact models for golf balls

ByStanley H. Johnson, Burton B. Lieberman

chapter |6 pages

A proposed mechanical model for measuring propulsive forces in front crawl swimming

ByM.A. Lauder, P. Dabnichld

chapter |7 pages

Analyzing championship squash match-play: In search of a system description

ByTim McGarry, Michael A. Khan, Ian M. Franks

chapter |9 pages

Derivation of a rope behaviour model for the analysis of forces developed during a rock climbing leader fall

ByMartyn Pavier

chapter |6 pages

Symbolic dynamics for motion analysis in sports

ByA.J. Subic, S.B. Preston

part 8|26 pages

Motion analysis

chapter |8 pages

Static and dynamic accuracy determination of a three-dimensional motion analysis system

ByL.W. Alaways, M. Hubbard, T. M. Conlan, J.A. Miles

chapter |5 pages

3-D kinematic analysis of the forward stroke of white-water paddlers using a paddle-ergometer

ByA. Kranzl, J. Kollmitzer, E.B. Zwick

chapter |10 pages

The accuracy of kinematic data collected from underwater three-dimensional analysis

ByM.A. Lauder, P. Dabnichki, R. M. Bartlett, S. Aritan

part 9|34 pages

Vibration analysis

chapter |8 pages

Vibrations on the golf course

ByErik A. Ekstrom

chapter |9 pages

The validation and updating of dynamic models of golf clubs

ByM. I. Friswell, M.G. Smart, S. M. Hamblyn, G. Horwood

chapter |5 pages

Engineering ‘feel’ in the design of golf clubs

ByAlan Hocknell, Roy Jones, Steve Rothberg

chapter |8 pages

Cricket bat design and analysis through impact vibration modelling

ByS. Knowles, J.S.B. Mather, R. Brooks
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