Biomechanical Basis of Human Movement

506 Pages·2008·25.61 MB·English

by  Joseph Hamill

Biomechanical Basis
Human Movement
of

T H I R D E D I T I O N

Biomechanical
Basis

Human
of
Movement

T H I R D E D I T I O N

Joseph Hamill, PhD Kathleen M. Knutzen, PhD
Professor Professor
Department of Exercise Science Department of Physical Education,
University of Massachusetts at Health, and Recreation
Amherst Amherst, Massachusetts Western Washington University
Bellingham, Washington
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Third Edition

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9 8 7 6 5 4 3 2 1

Library of Congress Cataloging-in-Publication Data

Hamill, Joseph, 1946-
Biomechanical basis of human movement / Joseph Hamill, Kathleen M. Knutzen.—3rd ed.
p. ; cm.
Includes bibliographical references and index.
ISBN-13: 978-0-7817-9128-1
ISBN-10: 0-7817-9128-6
1. Human mechanics. I. Knutzen, Kathleen. II. Title.
[DNLM: 1. Movement. 2. Biomechanics. WE 103 H217b
2009] QP303.H354 2009
612.7 6—dc22
2007027343

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Preface

Biomechanics is a quantitative field of study within the Part II, Functional Anatomy, includes Chapters 5
discipline of exercise science. This book is intended through 7 and discusses specific regions of the body: the
as an introductory textbook that stresses this quantitative upper extremity, lower extremity, and trunk, respectively.
(rather than qualitative) nature of biomechanics. It is Each chapter integrates the general information pre-
hoped that, while stressing the quantification of human sented in Part I relative to each region. In this edition,
movement, this third edition of Biomechanical Basis of the information on muscles and ligaments was moved
Human Movement will also acknowledge those with a from the appendix into the chapter text to facilitate
limited background in mathematics. The quantitative review of muscle and ligament locations and actions. The
examples are presented in a detailed, logical manner that exercise section was reorganized to provide samples of
highlight topics of interest. The goal of this book, there- common exercises used for each region. Finally, the
fore, is to provide an introductory text in biomechanics analysis of selected activities at the end of each chapter
that integrates basic anatomy, physics, calculus, and includes a more comprehensive muscular analysis based
physiology for the study of human movement. We on the results of electromyographic studies.
decided to use this approach because numerical examples Part III, Mechanical Analysis of Human Motion,
are meaningful and easily clear up misconceptions con- includes Chapters 8 through 11, in which quantitative
cerning the mechanics of human movement. mechanical techniques for the analyses of human move-
ment are presented. Chapter 8 and 9 present the concepts
of linear and angular kinematics. Conventions for the
ORGANIZATION
study of linear and angular motion in the analysis of

This book is organized into three major sections: Part I: human movement are also detailed in these two chapters.
Foundations of Human Movement; Part II: Functional A portion of each chapter is devoted to a review of the
Anatomy; and Part III: Mechanical Analysis of Human research literature on human locomotion, wheelchair
Motion. The chapters are ordered to provide a logical locomotion, and golf. These activities are used through-
progression of material essential toward the understand- out Part III to illustrate the quantitative techniques pre-
ing of biomechanics and the study of human movement. sented. Chapters 10 and 11 present the concepts of linear
Part I, Foundations of Human Movement, includes and angular kinetics, including discussions on the forces
Chapters 1 through 4. Chapter 1 “Basic Movement and torques that act on the human body during daily
Terminology,” presents the terminology and nomencla- activities. The laws of motion are provided and explained.
ture generally used in biomechanics. Chapter 2, “Skeletal Included here is a discussion of the forces and torques
Considerations for Movement,” covers the skeletal sys- applied to the segments of the body during motion.
tem with particular emphasis on joint articulation. Although the book follows a progressive order, the
Chapter 3, “Muscular Considerations for Movement,” major sections are generally self-contained. Therefore,
discusses the organization of the muscular system. Finally, instructors may delete or deemphasize certain sections.
in Chapter 4, “Neurological Considerations For Parts I and II, for example, could be used in a traditional
Movement,” the control and activation systems for kinesiology course, and Part III could be used for a bio-
human movement are presented. In this edition, some of mechanics course.

the foundation material was reorganized and new mate-

rial was added in areas such as physical activity and bone
FEATURES
formation, osteoarthritis, osteoporosis, factors influenc-

ing force and velocity development in the muscles, and Each chapter contains a list of Chapter Objectives to
the effect of training on muscle activation. enable the student to focus on key points in the material,

vii
viii PREFACE

and Chapter Outlines provide a guide to the content dis- four appendices present information on units of measure-
cussed. Boxes are included throughout to highlight ment, trigonometric functions, and hands-on data.
important material, and relevant Questions are pulled out Illustrations of the principles of human movement are
to help the student briefly review a concept. Chapter easily seen in most sports examples, but in this edition of
Summaries at the end of each chapter recap the major Biomechanical Basis of Human Movement, new and
concepts presented. Each chapter contains Review updated illustrations include applications from ergonom-
Questions, both true/false and multiple choice, to chal- ics, orthopedics, and exercise. These are supplemented
lenge students and help them digest and integrate the with references from the current biomechanics literature.
material presented. A Glossary is presented at each chap- With these and the content and features mentioned above,
ter’s end, defining terms found in each chapter and to be the full continuum of human movement potential is
used as a source of reinforcement and reference. Finally, considered.