Advice on how to improve your turn at bat and become the best hitter possible.

As a 19-year-old heading east to play for the Boston Red Sox, Ted Williams could be heard muttering over and over again, All I want out of life is when I walk down the street, folks will say, 'There goes the greatest hitter who ever lived.' Through a tumultuous, boisterous career that touched four decades, Williams worked tirelessly to perfect the science of hitting and accomplish his goal. Two-time winner of the Triple Crown, Williams hit an astonishing.406 in his 1941 season, a record that stands to this day. During his last ballpark appearance at the 1999 All-Star game, 80-year-old Teddy Ballgame achieved his childhood dream. In Ted Williams, discover how this Red Sox slugger was not only a superb ballplayer, but also a world-class fisherman and a fighter pilot in World War II and the Korean War.

In the movie Bull Durham, frustrated manager Joe Riggins stresses to his team, "This is a simple game. You throw the ball. You hit the ball. You catch the ball." This simplification works well for biomechanists too, as sports can be broken down into specific physical tasks like throwing, hitting, catching, and running. There have been significant advances in understanding some actions, but not others. In the first ten years of the journal Sports Biomechanics, only 18 of 236 articles were about hitting a ball. This scarcity is startling considering that according to USA Today (May 20, 2005), three of the five hardest things to do in sports involve hitting a ball (#1: baseball batting, #4: golf tee shot, and #5: tennis serve return). This book provides the latest biomechanical research in the under-studied field of hitting a ball. The biomechanics of baseball, cricket, hockey, hurling, softball, table tennis, and tennis are all examined. The chapters are written in a style that will both satisfy the high standards of biomechanists and provide information for instructors and athletes to improve performance. This book is based on a special issue of Sports Biomechanics.

The Baseball Research Journal is the flagship research publication of the Society for American Baseball Research. Founded in 1971, SABR now has over 6,000 members investigating every aspect of the sport, from statistical analysis to biographical research, to psychology, economics, physics, biomechanics, game theory, and more. In this issue: Leaving a Mark on the Game Allan Roth by Andy McCue The Creation of the Alexander Cartwright Myth by Richard Hershberger Stolen Bases and Caught Stealing by Catchers: Updating Total Player Rating by Pete Palmer New York Connections McGraw’s Streak by Max Blue Clyde Sukeforth: The Dodgers’ Yankee and Branch Rickey’s Maine Man by Karl Lindholm Identifying Undated Ticket Stubs: An Attempt to Recapture Baseball History by Dr. James Reese Outside the Majors “Many Exciting Chases After the Ball”: Nineteenth Century Base Ball in Bismarck, Dakota Territory by Terry Bohn The Great 1952 Florida International League Pennant Race by Sam Zygner and Steve Smith Aquino Abreu: Baseball’s Other Double No-Hit Pitcher by Peter C. Bjarkman Defiance College’s Historic 1961 Postseason by Roger J. Hawks Analytical Looks at the Game We Love The Twisting Model and Ted Williams’s Science of Hitting by Takeyuki Inohiza The Best Shortened-Season Hitting Performance in Major League History by David Nemec Was There a Seven Way Game? Seven Ways of Reaching First Base by Paul Hertz The Three, or Was it Two, .400 Hitters of 1922 by Brian Marshall What Do Your Fans Want?: Attendance Correlations with Performance, Ticket Prices, and Payroll Factors by Ben Langhorst Do Fans Prefer Homegrown Players? An Analysis of MLB Attendance, 1976–2012 by Russell Ormiston 2014 Chadwick Honorees Mark Armour by Rob Neyer Ernie Lanigan by Lyle Spatz Marc Okkonen by Dan Levitt Cory Schwartz by Christina Kahrl John C. Tattersall by John Thorn

"Uses graphic novel format to reveal the scientific aspects at play in the sport of baseball"--

The Science of Volleyball Practice Development and Drill Design seeks to provide volleyball coaches at all levels with the tools for developing and improving their ability to teach and train volleyball skills and tactics. This useful guide is divided into two sections: practice development, design, and organization drill design and organization, including drills developed to teach volleyball technical skills and tactics Each section builds on the methods that scientific research in motor learning, sports psychology, and biomechanics indicates are the best ways to train athletic skills. The practice development in section one contains a comprehensive analysis of the factors that can improve learning and training of motor skills, maximizing player and team performance. Section two incorporates the theories and principles for effective and efficient drill design, as well as development to teach the ability to execute competitive volleyball skills. This section also contains one hundred drills, organized into a format aimed at enabling coaches to work toward skill perfection and improve automatic skill execution. Improve your players' abilities to learn and perfect their volleyball skills with The Science of Volleyball Practice Development and Drill Design.

"Hitting can be tough enough without trying to follow confusing technical advice and pet philosophies. Keep it simple, and keep making contact. Take the knowledge available in this book with you to every at-bat, and you'll have The Hitting Edge."--BOOK JACKET.

Why does a football spiral? How do some athletes jump so high? The answer is science! The Secret Science of Sports helps kids better understand concepts of science, technology, engineering, and math through the sports they love to play and watch. Every sport -- from baseball to basketball, to football and soccer, to wrestling, tennis, and lacrosse -- involves a bit of science, technology, engineering, and math. You can't throw a ball without Newton's Law of Motion, and you can't calculate a player's stats without math. And every type of sports equipment -- a helmet, cleats, shoulder or knee pads -- were designed with the latest engineering and technology. The Secret Science of Sports breaks down normally difficult STEM concepts like forces of motion, gravity, algebra, and even neuroscience, in a language kids can -- and will want to -- understand. Divided into sections like chemistry, biology, physics, technology, and more, this handy guide uses examples from sports like soccer, baseball, softball, football, hockey, lacrosse, tennis, and others to explain important STEM concepts for kids ages 8 to 12. They'll learn how to use math to calculate a batter's average, why a tennis racket is shaped the way it is, how biology affects athletic performance, the aerodynamics behind competitive swimsuits, and much more. With dozens of original, captivating illustrations to engage young readers, kids will have fun while learning about key STEM ideas that will prepare them for years of schooling to come.

This augmented, new edition adds discussion of the bat’s vertical sweetness gradient, eye-hand cross-dominance, models for the swing of a bat, and accuracy of simulations. The book retains its description of dynamic collisions between baseballs, softballs, and bats, and the intricate modeling of these interactions, using only basic math and physical principles. Veteran baseball science author Terry Bahill explains models for the speed and spin of balls and bats and calculations for bat-ball collisions at a level accessible to most students of the science of baseball. Demystifying the most important factors for understanding bat performance—bat weight, moment of inertia, the coefficient of restitution, and characteristics of humans swinging the bats—Dr. Bahill also explains physical aspects of the optimal bat and the sweet spot. Praise for the First Edition “Dr. Bahill’s book is the perfect tool for teaching how to solve some of baseball’s basic science problems. Using only simple Newtonian principles and the conservation laws, Dr. Bahill explains how to model bat-ball collisions. Also, he derives equations governing the flight of the ball, and proceeds to show what factors affect air density and how this density affects the ball’s flight. And as a unique addition to his fine book, he provides advice for selecting the optimal bat—a surprising bonus!” Dave Baldwin, PhD Major League pitcher, 1966-1973, lifetime Major League ERA, 3.08 “If I were the General Manger of a baseball team, I would tell my people to write a ten-page paper describing what this book contains that could improve our performance. I think the book provides the foundation for change.” Bruce Gissing Executive VP-Operations (retired) Boeing Commercial Airplanes “[I] had a chance to read your research, and I fully agree with your findings.” Baseball Legend Ted Williams, in a 1984 letter to the author