The secret to bowling the perfect strike, according to scientists - Researchers use physics to build a predictive tool that ...

Differential equations may improve training regimens and tournament design for bowlers.

The model pinpoints the exact spot from where a player needs to aim the bowling ball to score a perfect strike.

A team of researchers from top universities has developed a groundbreaking mathematical model that could change how bowling ...

Hooper has been studying the physics of bowling for several years, including an analysis of the 2017 Weber Cup, as well as ...

There’s a bowling revolution ... is that the physics of pins suspended on strings affects the game more than you’d think. There is no satisfying crash when the ball hits.

Researchers share a model that identifies the optimal location for bowling ball placement. Employing a system of six differential equations derived from Euler's equations for a rotating rigid body, ...

Tenpin bowling, which remains the number one participation sport in the United States of America, sees players attempting to ...

Candlepin bowling is played with a handheld-sized ball and tall, narrow pins that resemble candles, hence the name. The pins are manufactured by Garland Manufacturing Company, which is located in ...

The secret to scoring the perfect strike in a round of ten-pin bowling has ... simulations on the bowling style of a hypothetical “average” bowler, releasing the ball at 17.9 mph at a 45 ...