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Title:
Optimizing strength training : designing nonlinear periodization workouts
Personal Author:
Publication Information:
Champaign, IL : Human Kinetics Publishers, 2007
Physical Description:
ix, 245 p. : ill. ; 23 cm.
ISBN:
9780736060684

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30000010198322 GV546 K72 2007 Open Access Book Book
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Summary

Summary

The strength training strategy of linear periodization has long been recognized as an efficient system of resistance training. But--until now--no one had researched and explored the potential benefits of a nonlinear periodization training program.

Authors William Kraemer and Steven Fleck delve into nonlinear, or undulating, periodization to examine how it can result in long-term fitness and performance gains by adding more variety to workouts and optimizing each training session. In doing so, Dr. Kraemer and Dr. Fleck pioneer this newest periodization training technique and have become the leading proponents of this unique training method. Their innovative approach to strength training is shown to facilitate the training process and enhance performance, a fact Dr. Kraemer has demonstrated in several ongoing studies with basketball teams at the University of Connecticut.

Optimizing Strength Training: Designing Nonlinear Periodization Workouts explains how nonlinear periodization works and then demonstrates how to create nonlinear periodization training programs, including programs for special populations. Readers will learn that by creating different workouts for each day, they can emphasize exclusive training styles in every workout to maximize adaptation as well as ensure adequate recovery from the rigors of training. Fitness professionals and coaches will discover that this unique training style reduces the boredom encountered when using similar workout protocols for two to four weeks at a time and therefore lends itself to creating a more satisfied client base.

Using practical and user-friendly terms, the authors provide the knowledge required for understanding nonlinear periodization and training principles, selecting acute program variables, and discerning the practical considerations of nonlinear periodization before undertaking training. They also provide sample workouts using nonlinear periodization methods and discuss critical assessment techniques for evaluating the effectiveness of a program and determining training readiness. Fifty case studies at the end of the text serve as an exceptional feature for grasping a realistic approach of how nonlinear periodization meets physiological and scheduling demands while achieving optimal training goals.

No other book on the market teaches how to design, implement, and assess a nonlinear workout program. With knowledge gained through Optimizing Strength Training: Designing Nonlinear Periodization Workouts , professionals, coaches, fitness enthusiasts, and students will find themselves on the cutting edge of resistance training, able to employ this unique method of training that leads to superior performance.


Author Notes

Steven J. Fleck, Ph.D., is an exercise physiologist with the U.S. Olympic Committee, where he advises athletes and their coaches on training programs. He is a past vice president of basic and applied research for the National Strength and Conditioning Association and a fellow of the American College of Sports Medicine.

Fleck's books include Successful Long-Term Weight Training (1998), Designing Resistance Training Programs (1997), Periodization Breakthrough! : The Ultimate Training System (1996), and Strength Training for Young Athletes (1992). He has contributed to such journals as Muscular Development, Journal of Strength and Conditioning Research, and the National Strength & Conditioning Association Journal.

(Bowker Author Biography)


Table of Contents

Prefacep. vii
Acknowledgmentsp. ix
Chapter 1 Periodization of Resistance Trainingp. 1
Eastern European Influence on Periodized Trainingp. 2
Classic Strength and Power Periodizationp. 5
Efficacy of Classic Strength and Power Periodizationp. 8
Nonlinear Periodizationp. 12
Efficacy of Nonlinear Periodizationp. 15
Efficacy of Session-by-Session Variationp. 21
Impetus for the Flexible Nonlinear Approach to Periodizationp. 22
Chapter 2 Training Principlesp. 27
Specificityp. 27
Progressive Overloadp. 33
Training Frequencyp. 36
Chapter 3 Acute Program Variablesp. 41
Exercise Choicep. 41
Exercise Orderp. 46
Number of Setsp. 51
Training Intensityp. 53
Length of Rest Periodsp. 60
Chapter 4 Practical Considerationsp. 65
Comparison of Periodization Modelsp. 66
Physiology of Nonlinear Periodization Workoutsp. 73
Optimal Program Sequencingp. 76
Master Schedulesp. 79
Individualizationp. 81
Readiness to Trainp. 83
Chapter 5 Workout Designp. 87
Base Program Phasep. 87
Exercise Stimulip. 89
Standard Workoutsp. 90
Active and Total Rest Daysp. 98
Chapter 6 Assessmentp. 101
Preexercise Assessmentsp. 101
Alternative Workoutsp. 105
Evaluating Training Progressp. 106
Chapter 7 Training Tips and Toolsp. 147
Training Logsp. 147
Choice of Exercisep. 158
Muscles Exercisedp. 159
Muscle Soreness, Tissue Damage, and Recoveryp. 163
Aging Considerationsp. 164
Youth Considerationsp. 165
Gender Considerationsp. 167
Chapter 8 Case Studiesp. 171
Appendixp. 209
Glossaryp. 215
Bibliographyp. 225
Indexp. 235
About the Authorsp. 245
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