Bowling’s elusive perfect strike may no longer be a matter ... College allows them to plot the ideal placement and path of a bowling ball to achieve a strike under various conditions.

"It gives them the ability to accurately predict ball trajectories which could lead to the discoveries of new strategies and equipment designs." Throwing the perfect strike in bowling is often a ...

Physics is making its way into bowling alleys with an unprecedented predictive model. Researchers have developed a tool capable of calculating the ideal trajectory to achieve a strike ... They predict ...

A USBC-approved bowling lane has 39 boards, each measuring approximately 2.73 cm (1.07 in). The x-axis is measured in boards. The y-axis is aligned with the minimum moment of inertia axis of the ...

Researchers had to mathematically capture the motion of a bowling ball that, although nearly spherical, is slightly asymmetrical. An even greater challenge lay in translating the model’s complex ...

Bowling’s elusive perfect strike may no longer be a matter of intuition ... rigid bodies—can be used to simulate a bowling ball’s trajectory with exceptional precision.

The secret to scoring the perfect strike in a round ... This will allow the ball to take a curved path, the most effective route to scoring a strike, while also allowing for a substantial margin ...

The secret to scoring the perfect ... ball behaviour, and were verified by several professional players and coaches”. The researchers also paid particular attention to the impact of oil patterns on ...