Fringes

Updated edition of the #1 Amazon Bestseller LONGLISTED FOR THE WILLIAM HILL SPORTS BOOK OF THE YEAR PRIZE 2020 Sports books tend to detail extraordinary achievements, triumphs against the odds or commemorate World Cup winning captains. This book does not do that. For many, playing professional sport is the Dream Job. Few manage it, very few make it to the top and for the rest, life is very different. This is their story. In Fringes, Ben Mercer invites you to witness life at the outer edges of professional rugby. This is a first hand account of what life is like as a journeyman professional athlete. You play, but to the wider public you don't exist. You earn but you don't drive a flash car. You sometimes pack out a stadium but sometimes, you play in a deserted park. This is the story for the majority of sports professionals. Only the minority taste the top, only one person gets to lift the cup or win the medal, only 15 get to play for England at any one time. For the rest, that’s not the case. Ben Mercer is a former professional rugby player who after becoming disillusioned and uninspired plying his trade in the English Second Division, accepted an offer out of the blue to go to France and do something different - help an amateur team turn professional. This is a first hand account of what life is like in the lower reaches of professional sport - where your employment status is as precarious as your health and barely anyone will know your name. It's about how it feels to live year to year, with teammates constantly on the move. It's about how professionalism irreversibly changes the French club Stade Rouennais as they move up the divisions, about the tension between progress and identity in a rugby team. It's also about how it feels to actually be out there on the field, how it feels to occasionally do something extraordinary and how it feels when this is no longer enough for you to make the sacrifices that you need to make to keep playing. There's no ghostwriting, it's an unmitigated meditation on how it feels and what it means to play rugby for a living, to dedicate yourself to an uncompromising but occasionally beautiful game. If you've wanted to know what life is really like as a professional athlete, on the Fringes, away from the glitz and glamour of the international game then look no further.

Moiré Fringes in Strain Analysis provides a comprehensive coverage of the measurement of strains in deformed bodies and engineering structures. The title details the methods and techniques in strain analysis using the moiré fringe phenomenon. The text first covers the general theory, and then proceeds to tackling the moiré patterns. Next the selection deals with the applications of line gratings to two-dimensional strain measurement. The text also talks about surface topology by moiré patterns, along with the applications of moiré methods to dynamic problems and curved surfaces. The ninth chapter discusses moiré extensometers, while the tenth chapter tackles the precision and influence of grating defects. The remaining chapters detail the technological information on reproduction techniques of gratings and the evaluation of moiré methods. The book will be of great use to students, practitioners, and researchers of materials engineering and pure and applied mathematics.

Critically acclaimed Fringe explores new cases with endless impossibilities. Set in Boston, the FBI's Fringe Division started when Special Agent Olivia Dunham enlisted institutionalized "fringe" scientist Walter Bishop and his globe-trotting, jack-of-all-trades son, Peter, to help in investigations that defy all human logic - and the laws of nature. The first in an all-new series of tie-in novels!

The main objective of this book is to present the basic theoretical principles and practical applications for the classical interferometric techniques and the most advanced methods in the field of modern fringe pattern analysis applied to optical metrology. A major novelty of this work is the presentation of a unified theoretical framework based on the Fourier description of phase shifting interferometry using the Frequency Transfer Function (FTF) along with the theory of Stochastic Process for the straightforward analysis and synthesis of phase shifting algorithms with desired properties such as spectral response, detuning and signal-to-noise robustness, harmonic rejection, etc.