Springer Golf and Wind: The Physics of Playing Golf in Wind

This book simulates the complete trajectories (flight and subsequent ground run) of golf shots using the aerodynamic and material properties of golf balls, and establish the significance of wind’s impact on gameplay. It also presents insight into how physical parameters like launch conditions (speed, angle and spin-rate) and wind conditions affect the trajectory of a golf ball. It discusses the specific effects of wind on the flight trajectory and explore the consequences of effect of wind direction; impact of golf club selection on the wind-induced deviation; strategies and their effectiveness to counter the diversion due to wind; and the sensitivity of the trajectory to aerodynamic characteristics of golf balls. Furthermore, the impact of wind on a player's strategy is elucidated with cases studies on the renowned holes of three golf courses: (i) Hole 17, TPC Sawgrass, (ii) Hole 8, Muirfield Golf Club, and (iii) Hole 18, Pebble beach Golf links.  It presents an integrated mathematical model and quantitative data on ball trajectory accompanied by insights and illustrations for players, golf-course designers, ball manufacturers, scientific community, and golf enthusiasts. This book will be useful for researchers and professionals in the fields of aerodynamics engineering, sports science and physics. Additionally, this book will be a good read for golf players and coaches, golf-course designers, as well as golf-ball manufacturers.  From the Back Cover This book simulates the complete trajectories (flight and subsequent ground run) of golf shots using the aerodynamic and material properties of golf balls, and establish the significance of wind’s impact on gameplay. It also presents insight into how physical parameters like launch conditions (speed, angle and spin-rate) and wind conditions affect the trajectory of a golf ball. It discusses the specific effects of wind on the flight trajectory and explore the consequences of effect of wind direction; impact of golf club selection on the wind-induced deviation; strategies and their effectiveness to counter the diversion due to wind; and the sensitivity of the trajectory to aerodynamic characteristics of golf balls. Furthermore, the impact of wind on a player's strategy is elucidated with cases studies on the renowned holes of three golf courses: (i) Hole 17, TPC Sawgrass, (ii) Hole 8, Muirfield Golf Club, and (iii) Hole 18, Pebble beach Golf links.  It presents an integrated mathematical model and quantitative data on ball trajectory accompanied by insights and illustrations for players, golf-course designers, ball manufacturers, scientific community, and golf enthusiasts. This book will be useful for researchers and professionals in the fields of aerodynamics engineering, sports science and physics. Additionally, this book will be a good read for golf players and coaches, golf-course designers, as well as golf-ball manufacturers.  About the Author Shantanu Malik has obtained his bachelor's and master's degrees in Aerospace Engineering from IIT Kharagpur in 2020. He has been working on golf ball aerodynamics and flight simulation for the past three years. While at IIT Kharagpur, he has also worked on projects related to dynamics and control of UAVs as well as gravity and drag simulation for satellites in orbit. Shantanu holds technical skills in the areas of Programming & Simulation (MATLAB, C/C++, Simulink, Simscape, Arduino IDE, Solidworks), flight mechanics & control (Control theory, Aircraft Spacecraft & Helicopter dynamics) and flight testing (Hardware implementation, PID tuning, Piloting UAVs, In-flight experiments). Dr Sandeep Saha is Assistant Professor at the Department of Aerospace Engineering, IIT Kharagpur. He obtained his bachelors and masters degrees in Mechanical Engineering from IIT Kharagpur. He completed his PhD in Mechanical Engineering from Imperial College London. Before joining IIT Kharagpur, he