Key market opportunities in the rocket fluid dynamics sector include rising demand for propulsion optimization due to ...

By End-User (Commercial, Military), By Geographic Scope And Forecast" report has been published by Verified Market Research®. The report provides an in-depth analysis of the global Aviation Fuel ...

If you're a soccer fan, you're familiar with this common sight: A penalty kick is in place, with a "wall" of defenders lined up in front of the goal, ready to leap to try to block the ball if it sails ...

Abstract: The dynamics of heavy-haul trains during braking are highly intricate, directly impacting their operational safety. A heavy-haul train longitudinal-vertical coupled dynamics model (HTLVDM) ...

During a Senate Appropriations Committee hearing several months ago, Senator John Kennedy (R-LA) and Education Secretary Linda McMahon failed to perform basic arithmetic by calculating $1.58 billion ...

Researchers at the University of Electro-Communications in Japan have shown that agents built on large language models (LLMs) can develop distinct personalities when they interact freely in a virtual ...

Vascular stenosis is the narrowing of blood vessels due to plaque buildup within the vessel walls. It disturbs the blood flow dynamics in microvessels, leading to platelet activation and aggregation ...

Computational Fluid Dynamics (CFD) is used in Formula 1 to simulate how air flows around a car, helping teams optimise ...

With so much attention on protein lately, you might wonder if you’re getting enough. Grocery store shelves are lined with protein-fortified breakfast cereals and snack foods, and cottage cheese ...

In context: Computational fluid dynamics (CFD) exploits the power of computer technology to study and predict how fluids behave under simulated conditions. Supercomputers can do wonders with CFD ...

Time now for our science news roundup from Short Wave, NPR's science podcast. I'm joined by the show's two hosts, Regina Barber and Emily Kwong. Hey to both of you. REGINA BARBER, BYLINE: Hey. EMILY ...