Researchers have developed a hybrid computational framework combining the New Iterative Method with physics-informed neural networks to solve nonlinear damped ...
Computational fluid dynamics simulations demonstrate that pairing a ramp-chevron injector with an internal air jet significantly alters supersonic hydrogen mixing ...
Researchers have developed and validated a minimally invasive fin-clamp tag that enables animal-borne video and high-resolution biologging on juvenile smooth ...
Researchers have combined computational fluid dynamics and structural topology optimization to generate bio-inspired artificial reefs that enhance marine habitats while ...
A new analysis shows that simple proportional controllers make adaptive step size control unstable for explicit Runge-Kutta methods, while PI ...
A critical engineering review demonstrates that microstructural interface engineering, thin selective layers, and realistic mixed-gas validation are far more decisive ...
A numerical study of a scaled X-33 reusable launch vehicle model found that increasing sand grain surface roughness reduced base ...
A combined in vivo and computational study found tissue-engineered vascular grafts can shift up to 6.9 mm and rotate 38 ...
CFD simulations validated by particle measurements show window opening cuts quarantine-room aerosols by about 25% but raises corridor concentrations up ...
Researchers have extended Paired-Explicit Runge-Kutta time-stepping schemes to fourth-order accuracy, enabling multirate simulations that cut runtime by 66 percent to ...
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