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Simulations reveal more about folding behavior in turbulent fluid flows.

Researchers examining the mechanics of drug dissolution and the natural anatomy of the stomach found that taking a pill while lying on your right side shortens the time it takes for medicine to be absorbed.

To prepare for NASA's Artemis missions, graduate students Juan Sebastian Rubio, Miguel X. Diaz-Lopez, and Matt Gorman ran a series of experiments to understand plume surface interactions— or what will happen when a landing spacecraft approaches the lunar surface.

Experiments investigating how bubbles interact with swirls of air or water upend decades-held theory of turbulence research.

Johns Hopkins mechanical engineers have developed an algorithm that “listens” to heart sound recordings and detects heart disease with an accuracy that is similar to that of expert cardiologists.

Katz was selected on the basis of his extensive publications on rotating flows with applications to gas turbine technology and air-sea interactions.

Led by Johns Hopkins University, a team of 10 researchers from three institutions is using a new $4 million, five-year grant from the National Science Foundation to create a next-generation turbulence database that will enable groundbreaking research in engineering and the atmospheric and ocean sciences.

For advancing both the theoretical and practical understanding of turbulence through groundbreaking modeling techniques and applications of Large Eddy Simulation (LES).

Inspired by the famed Drake equation, the Contagion Airborne Transmission (CAT) inequality seeks to make sense of the many variables, including environmental ones, that can affect transmissibility of COVID-19.