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Unmasking Clear Air Turbulence: Fugaku Supercomputer Simulates Invisible Winds, Enhancing Flight Safety

Unmasking Clear Air Turbulence: Fugaku Supercomputer Simulates Invisible Winds, Enhancing Flight Safety
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Ryoichi Yoshimura , Geophysical Research Letters , Implications Of The Research , Riken Center , Junshi Ito At Tohoku University , Nagoya University , Air Turbulence Using , Geophysical Research , Clear Air Turbulence , Eddy Simulation , Computational Science , Junshi Ito , Tohoku University , Air Turbulence Resolved , Numerical Weather Prediction Model Validated , Virtual Flight ,

Supercomputer used to simulate winds that cau

Using Japan’s most powerful supercomputer, researchers reproduced cases of clear air turbulence around Tokyo. They simulated the fine vortices responsible for this dangerous phenomenon. The usefulness of the simulation in predicting turbulence was confirmed by comparing simulation data with data from aircraft recordings. This research should improve the forecasting of turbulence. ....

Japan General , Ryoichi Yoshimura , Junshi Ito , Method Of Research , Tohoku University , Geophysical Research Letters , Nagoya University , Geophysical Research , Air Turbulence Resolved , Numerical Weather Prediction Model Validated , Virtual Flight ,

Supercomputer used to simulate winds that cau

Supercomputer used to simulate winds that cau
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Japan General , Junshi Ito , Ryoichi Yoshimura , Nagoya University , Method Of Research , Tohoku University , Geophysical Research Letters , Geophysical Research , Air Turbulence Resolved , Numerical Weather Prediction Model Validated , Virtual Flight ,