The book entitled How Golf Clubs Really Work and How to Optimize Their Design ($29.95), is the first book published that focuses on the golf club and the way that golfers can utilize their specific clubs to achieve better shot control, leading to lower scores for all golfers. The book is the end result of a 10-year, full-time dedicated research effort for co-authors Frank D. Werner and Richard C. Grieg. Both have advanced degrees in aerospace engineering and together have over 90 patents. The authors have discussed many issues relevant to the game of golf and analyzed the way that different factors play a part in shot making. Chapters are included on optimal face curvature (bulge and roll may be extinct), shaft length and head weight to maximize distance, and the effects of wind drag on club head speed (less than you would expect). In addition, the authors have developed new aiming and shot control techniques that could allow golfers to have better control, hit more fairways and greens, and lower their scores. The book will provide useful insights for a broad spectrum of golfers from touring pros and teaching professionals to struggling beginners and serious golfers looking to shave a few strokes off their game. By providing an analysis of all that happens from impact until the ball stops, the authors have de-mystified one of the world's greatest games.

Golf is one of the world’s major sports and consequently the focus of world-class scientific research. This landmark publication is the most comprehensive book ever published on the science of golf, covering every sub-discipline from physiology, biomechanics and psychology to strength and conditioning, youth development and equipment design. Showcasing original research from leading golf scientists across the globe, it examines the fundamental science underpinning the game and demonstrates how it can be applied in practice to improve and develop players. Each chapter provides a definitive account of the current state of knowledge in a particular area of golf science, addressing the limitations of existing research, presenting new areas for development and discussing the implications for coaches, players, scientists and the wider golfing public. Truly international in scope, the variety of topics explored include: biomechanics and equipment skill learning and technology performance development psychological techniques for success the golfing body. This is an essential reference for any student or researcher with an interest in the game, or any coach or professional looking to improve their knowledge.

This proceedings volume of the ISEA 2006 examines sports engineering, an interdisciplinary subject which encompasses and integrates not only sports science and engineering but also biomechanics, physiology and anatomy, and motion physics. This is the first title of its kind in the emerging field of sports technology.

Like no other sport, golf obsesses those poor souls who hope to master its subtleties and abundant complexities. One shot is hit like a dream, the next a nightmare. As a result, the game's disciples have embraced any and all techniques endorsed by pros and hackers, poets and philosophers (these days a good walk is often spoiled by tripping over a sandtrap's worth of Zen meditations and mystical tomes). But while so many have journeyed through golf's metaphysics, no one has presented a readable, compelling look at the science of the game -- until now. In Newton on the Tee, accomplished science writer John Zumerchik examines, explores, and explains to us the endless details that make golf such a tantalizing pursuit. Written in language accessible to even the most scientifically disinclined, Zumerchik's book delves into areas of supreme importance to every golfer, including: The Physics of the Sweet Swing: The universal principles shared by all those rhythmic and well-timed swings you see on TV but not in the mirror Mind Over Muscle: How the brain affects and controls the movements of the body (and why confidence is the golfer's most indispensable tool) Getting the Ball from Here to There: Decoding the vagaries of launch angles, spin, lift, and gravity that make the difference between walking happily down the fairway and tramping into the bunkers Probability and Statistics: Understanding the mathematics of golf, and a by-the-numbers appraisal of golf's greatest legends With a firm grasp of both his subject and his 7-iron, Zumerchik takes the reader through all these topics and more, in an entertaining and enlightening work that will give every golfer something to chew on besides his or her nails, and make clear and comprehensible the hundred-and-thirty-five things you shouldn't think about during your backswing.

Golf is perhaps the most complicated simple game ever invented. Watching the professionals gives you only a glimpse of the complexity of what is happening, with each shot involving biomechanics, aerodynamics, ballistics, materials science, probability, even meteorology. Golf Science takes a timely new look at the game by investigating the scientific wonders that transfer the ball from tee to hole. Each chapter investigates a different area of the game and is organized around a series of Q&As. What is the optimum length for a driver? How does backspin work? The answers and the data are presented through illuminating info-graphics. The perfect way to analyse your own kit and technique, by studying the techniques of the professionals and the latest innovations in design and coaching. Golf Science is the ultimate accessory for any golfer wishing to understand their craft.

How do the world’s greatest golfers improve their game? Practice, sure, but Roland Minton says mathematics and statistics are also key to their success. Golf by the Numbers analyzes the mathematical strategies behind the sport, giving fans a behind-the-scenes look at how numbers drive the game. Computers, GPS trackers, swing simulators, and high-speed cameras have introduced new and exciting ways of seeing and understanding the complicated and endlessly fascinating game of golf. Players like Phil Mickelson are so good because they review the results of every swing they take. Minton’s comprehensive analysis of statistics taken from the PGA Tour’s ShotLink system walks readers through the mountains of data that pros use to inform and refine their play. The result is an insider’s perspective of how the world’s greatest golfers apply mathematics to the sport. Minton discusses randomness in golf (especially how much luck is involved in putting) as well as aggressive and cautious strategies both on and off the greens, and he explains, by the numbers, just how Tiger Woods was so dominant from 2004 to 2009. Here is a book that tells some truly engaging stories of modern golf, featuring famous players and memorable tournaments, all through the lens of elementary probability theory. Minton’s informal style and clear and direct explanations make even the most detailed discussions accessible to all curious-minded golfers. His mathematical morsels are not only enjoyable to read—they may even help you improve your game.