Fundamentals of biomechanics:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
New York, NY
Springer
2007
|
| Ausgabe: | 2. ed. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XI, 319, 31 S. Ill., graph. Darst. 1 CD-ROM (12 cm) |
| ISBN: | 9781441964977 9780387493114 |
Internformat
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Datensatz im Suchindex
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|---|---|
| adam_text | Preface ix
Acknowledgments xi
PART I
Introduction
CHAPTER I
Introduction to Biomechanics
of Human Movement
What Is Biomechanics? 3
Why Study Biomechanics? 5
Improving Performance 5
Preventing and Treating Injury 9
Qualitative and Quantitative Analysis 11
Where Can I Find out about
Biomechanics? 12
Scholarly Societies 13
Computer Searches 14
Biomechanics Textbooks 15
blomechanical knowledge versus
Information 16
Kinds of Sources 16
Evaluating Sources 18
A Word About Right and
Wrong Answers 19
Summary 20
Review Questions 21
Key Terms 21
Suggested Reading 21
Web Links 22
CHAPTER 1
Fundamentals of Biomechanics
and Qualitative Analysis
Key Mechanical Concepts 23
Mechanics 23
Basic Units 25
Contents
Nine Fundamentals of Biomechanics 29
Principles and Laws 29
Nine Principles for Application of
Biomechanics 30
Qualitative Analysis 35
Summary 36
Review Questions 36
Key Terms 37
Suggested Reading 37
Web Links 37
PART II
Biological/Structural Bases
CHAPTER 3
Anatomical Description and
Its Limitations
Review of Key Anatomical Concepts 41
Directional Terms 42
Joint Motions 43
Review of Muscle Structure 46
Muscle Actions 49
Active and Passive Tension of Muscle 51
Hill Muscle Model 51
The Limitations of Functional
Anatomical Analysis 53
Mechanical Method of Muscle
Action Analysis 53
The Need for Biomechanics to
Understand Muscle Actions 56
Sports Medicine and Rehabilitation
Applications 60
Range of Motion Principle 60
Force Motion Principle 63
Summary 65
Review Questions 66
Key Terms 66
Suggested Reading 66
Web Links 67
CHAPTER 4
Mechanics of the
musculoskeletal system
Tissue Loads 69
Response of Tissues to Forces 69
Stress 70
Strain 70
Stiffness and Mechanical Strength 71
Viscoelasticity 72
BlOMECHANICS OF THE PASSIVE
Muscle Tendon Unit (MTU) 75
blomechanics of bone 76
blomechanics of ligaments 77
Three Mechanical Characteristics
of Muscle 79
Force Velocity Relationship 79
Force Length Relationship 84
Force Time Relationship 86
Stretch Shortening Cycle (SSC) 88
Force Time Principle 92
Neuromuscular Control 94
The Functional Unit of Control:
Motor Units 94
Regulation of Muscle Force 95
Proprioception of Muscle Action
and Movement 99
Summary 100
Review Questions 101
Key Terms 101
Suggested Reading 102
Web Links 103
PART III
Mechanical Bases
CHAPTER 5
Linear and Angular
Kinematics
Linear Motion 107
Speed and Velocity 109
Acceleration 113
Uniformly Accelerated Motion 115
Optimal Projection Principle 117
Angular Motion 121
Angular Velocity 122
Angular Acceleration 123
Coordination Continuum Principle 128
Summary 130
Review Questions 130
Key Terms 131
Suggested Reading 131
Web Links 132
CHAPTER 6
Linear Kinetics
Laws of Kinetics 133
Newton s Laws of Motion 133
Newton s First Law and First
Impressions 133
Newton s Second Law 136
Newton s Third Law 137
Inertia Principle 139
Muscle Angle of Pull:
Qualitative and Quantitative
Analysis of Vectors 141
Qualitative Vector Analysis of
Muscle Angle of Pull 141
Quantitative Vector Analysis of
Muscle Angle of Pull 143
Contact Forces 145
Impulse Momentum Relationship 147
Force Time Principle 149
Work Energy Relationship 151
Mechanical Energy 151
Mechanical Work 155
Mechanical Power 157
Segmental Interaction Principle 160
Summary 164
Review Questions 165
Key Terms 166
Suggested Reading 166
Web Links 167
CHAPTER 7
Angular Kinetics
Torque 169
Summing Torques 173
Angular Inertia (Moment of Inertia) 174
Newton s Angular Analogues 178
Equilibrium 179
Center of Gravity 180
Principle of Balance 183
Summary 189
Review Questions 190
Key Terms 190
Suggested Reading 191
Web Links 191
CHAPTER 8
Fluid Mechanics
Fluids 193
Fluid Forces 193
Buoyancy 193
Drag 195
Lift 200
The Magnus Effect 203
Principle of Spin 208
Summary 210
Key Terms 210
Review Questions 210
Suggested Reading 210
Web Links 211
PART IV
Applications of Biomechanics
in Qualitative Analysis
CHAPTER 9
Applying Biomechanics in
Physical Education
Qualitative Analysis of Kicking
Technique 215
Qualitative Analysis of Batting 218
Qualitative Analysis of the
Basketball Free Throw 219
Exercise /Activity Prescription 220
Qualitative Analysis of Catching 222
Summary 224
Discussion Questions 224
Suggested Reading 224
Web Links 225
CHAPTER 10
Applying Biomechanics in
Coaching
Qualitative Analysis of
Throwing Technique 227
Qualitative Analysis of
Dribbling Technique 228
Qualitative Analysis of
Conditioning 230
Recruitment 231
Qualitative Analysis of Catching 233
Summary 234
Discussion Questions 234
Suggested Reading 234
Web Links 235
chapter i i
Applying Biomechanics in
Strength and Conditioning
Qualitative Analysis of
Squat Technique 237
Qualitative Analysis of
Drop Jumps 239
Exercise Specificity 240
Injury Risk 242
Equipment 244
Summary 244
Discussion Questions 245
Suggested Reading 246
Web Links 246
CHAPTER 12
Applying Biomechanics in Sports
Medicine and Rehabilitation
Injury Mechanisms 247
Exercise Specificity 248
Equipment 250
Readiness 251
Injury Prevention 252
Summary 253
Discussion Questions 254
Suggested Reading 254
Web Links 255
References 257
appendix a
Glossary 283
appendix b
Conversion Factors 297
appendix c
Suggested Answers to Selected
Review Questions 299
appendix d
Right Angle Trigonometry
Review 305
appendix e
Qualitative Analysis of
blomechanical principles 307
Index 309
LAB ACTIVITIES
1 Finding Biomechanical Sources L 2
2 Qualitative and Quantitative
Analysis of Range of Motion L 4
3 Functional Anatomy? L 6
4 Muscle Actions and the Stretch
Shortening Cycle (SSC) L 8
5A Velocity in Sprinting L 10
5B Accuracy of Throwing
Speed Measurements L 12
6A Top Gun Kinetics:
Force Motion Principle L 14
6B Impulse Momentum:
Force Time Principle L 16
7 A Angular Kinetics of Exercise L 18
7B Calculating Center of Gravity
Using Angular Kinetics L 20
8 Magnus Effect in Baseball
Pitching L 22
9 Qualitative Analysis of
Lead Up Activities L 24
10 Comparison of Skilled and
Novice Performance L 26
11 Comparison of Training
Modes L 28
12 Qualitative Analysis of
Walking Gait L 30
|
| adam_txt |
Preface ix
Acknowledgments xi
PART I
Introduction
CHAPTER I
Introduction to Biomechanics
of Human Movement
What Is Biomechanics? 3
Why Study Biomechanics? 5
Improving Performance 5
Preventing and Treating Injury 9
Qualitative and Quantitative Analysis 11
Where Can I Find out about
Biomechanics? 12
Scholarly Societies 13
Computer Searches 14
Biomechanics Textbooks 15
blomechanical knowledge versus
Information 16
Kinds of Sources 16
Evaluating Sources 18
A Word About Right and
Wrong Answers 19
Summary 20
Review Questions 21
Key Terms 21
Suggested Reading 21
Web Links 22
CHAPTER 1
Fundamentals of Biomechanics
and Qualitative Analysis
Key Mechanical Concepts 23
Mechanics 23
Basic Units 25
\
Contents
Nine Fundamentals of Biomechanics 29
Principles and Laws 29
Nine Principles for Application of
Biomechanics 30
Qualitative Analysis 35
Summary 36
Review Questions 36
Key Terms 37
Suggested Reading 37
Web Links 37
PART II
Biological/Structural Bases
CHAPTER 3
Anatomical Description and
Its Limitations
Review of Key Anatomical Concepts 41
Directional Terms 42
Joint Motions 43
Review of Muscle Structure 46
Muscle Actions 49
Active and Passive Tension of Muscle 51
Hill Muscle Model 51
The Limitations of Functional
Anatomical Analysis 53
Mechanical Method of Muscle
Action Analysis 53
The Need for Biomechanics to
Understand Muscle Actions 56
Sports Medicine and Rehabilitation
Applications 60
Range of Motion Principle 60
Force Motion Principle 63
Summary 65
Review Questions 66
Key Terms 66
Suggested Reading 66
Web Links 67
CHAPTER 4
Mechanics of the
musculoskeletal system
Tissue Loads 69
Response of Tissues to Forces 69
Stress 70
Strain 70
Stiffness and Mechanical Strength 71
Viscoelasticity 72
BlOMECHANICS OF THE PASSIVE
Muscle Tendon Unit (MTU) 75
blomechanics of bone 76
blomechanics of ligaments 77
Three Mechanical Characteristics
of Muscle 79
Force Velocity Relationship 79
Force Length Relationship 84
Force Time Relationship 86
Stretch Shortening Cycle (SSC) 88
Force Time Principle 92
Neuromuscular Control 94
The Functional Unit of Control:
Motor Units 94
Regulation of Muscle Force 95
Proprioception of Muscle Action
and Movement 99
Summary 100
Review Questions 101
Key Terms 101
Suggested Reading 102
Web Links 103
PART III
Mechanical Bases
CHAPTER 5
Linear and Angular
Kinematics
Linear Motion 107
Speed and Velocity 109
Acceleration 113
Uniformly Accelerated Motion 115
Optimal Projection Principle 117
Angular Motion 121
Angular Velocity 122
Angular Acceleration 123
Coordination Continuum Principle 128
Summary 130
Review Questions 130
Key Terms 131
Suggested Reading 131
Web Links 132
CHAPTER 6
Linear Kinetics
Laws of Kinetics 133
Newton's Laws of Motion 133
Newton's First Law and First
Impressions 133
Newton's Second Law 136
Newton's Third Law 137
Inertia Principle 139
Muscle Angle of Pull:
Qualitative and Quantitative
Analysis of Vectors 141
Qualitative Vector Analysis of
Muscle Angle of Pull 141
Quantitative Vector Analysis of
Muscle Angle of Pull 143
Contact Forces 145
Impulse Momentum Relationship 147
Force Time Principle 149
Work Energy Relationship 151
Mechanical Energy 151
Mechanical Work 155
Mechanical Power 157
Segmental Interaction Principle 160
Summary 164
Review Questions 165
Key Terms 166
Suggested Reading 166
Web Links 167
CHAPTER 7
Angular Kinetics
Torque 169
Summing Torques 173
Angular Inertia (Moment of Inertia) 174
Newton's Angular Analogues 178
Equilibrium 179
Center of Gravity 180
Principle of Balance 183
Summary 189
Review Questions 190
Key Terms 190
Suggested Reading 191
Web Links 191
CHAPTER 8
Fluid Mechanics
Fluids 193
Fluid Forces 193
Buoyancy 193
Drag 195
Lift 200
The Magnus Effect 203
Principle of Spin 208
Summary 210
Key Terms 210
Review Questions 210
Suggested Reading 210
Web Links 211
PART IV
Applications of Biomechanics
in Qualitative Analysis
CHAPTER 9
Applying Biomechanics in
Physical Education
Qualitative Analysis of Kicking
Technique 215
Qualitative Analysis of Batting 218
Qualitative Analysis of the
Basketball Free Throw 219
Exercise /Activity Prescription 220
Qualitative Analysis of Catching 222
Summary 224
Discussion Questions 224
Suggested Reading 224
Web Links 225
CHAPTER 10
Applying Biomechanics in
Coaching
Qualitative Analysis of
Throwing Technique 227
Qualitative Analysis of
Dribbling Technique 228
Qualitative Analysis of
Conditioning 230
Recruitment 231
Qualitative Analysis of Catching 233
Summary 234
Discussion Questions 234
Suggested Reading 234
Web Links 235
chapter i i
Applying Biomechanics in
Strength and Conditioning
Qualitative Analysis of
Squat Technique 237
Qualitative Analysis of
Drop Jumps 239
Exercise Specificity 240
Injury Risk 242
Equipment 244
Summary 244
Discussion Questions 245
Suggested Reading 246
Web Links 246
CHAPTER 12
Applying Biomechanics in Sports
Medicine and Rehabilitation
Injury Mechanisms 247
Exercise Specificity 248
Equipment 250
Readiness 251
Injury Prevention 252
Summary 253
Discussion Questions 254
Suggested Reading 254
Web Links 255
References 257
appendix a
Glossary 283
appendix b
Conversion Factors 297
appendix c
Suggested Answers to Selected
Review Questions 299
appendix d
Right Angle Trigonometry
Review 305
appendix e
Qualitative Analysis of
blomechanical principles 307
Index 309
LAB ACTIVITIES
1 Finding Biomechanical Sources L 2
2 Qualitative and Quantitative
Analysis of Range of Motion L 4
3 Functional Anatomy? L 6
4 Muscle Actions and the Stretch
Shortening Cycle (SSC) L 8
5A Velocity in Sprinting L 10
5B Accuracy of Throwing
Speed Measurements L 12
6A Top Gun Kinetics:
Force Motion Principle L 14
6B Impulse Momentum:
Force Time Principle L 16
7 A Angular Kinetics of Exercise L 18
7B Calculating Center of Gravity
Using Angular Kinetics L 20
8 Magnus Effect in Baseball
Pitching L 22
9 Qualitative Analysis of
Lead Up Activities L 24
10 Comparison of Skilled and
Novice Performance L 26
11 Comparison of Training
Modes L 28
12 Qualitative Analysis of
Walking Gait L 30 |
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| index_date | 2024-07-02T19:11:46Z |
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| spelling | Knudson, Duane V. 1961- Verfasser (DE-588)173111270 aut Fundamentals of biomechanics Duane Knudson 2. ed. New York, NY Springer 2007 XI, 319, 31 S. Ill., graph. Darst. 1 CD-ROM (12 cm) txt rdacontent n rdamedia nc rdacarrier Biomechanics Biomechanik (DE-588)4006880-8 gnd rswk-swf (DE-588)4173536-5 Patentschrift gnd-content Biomechanik (DE-588)4006880-8 s DE-604 HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016221605&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
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| title | Fundamentals of biomechanics |
| title_auth | Fundamentals of biomechanics |
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| title_full | Fundamentals of biomechanics Duane Knudson |
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| title_short | Fundamentals of biomechanics |
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| topic | Biomechanics Biomechanik (DE-588)4006880-8 gnd |
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