Tag: Numerical simulation

Researchers have developed a clamp-based direct tensile testing procedure for short cylindrical rock cores and composite samples with axial interfaces, ...

A new numerical study reports that a ternary hybrid nanofluid of aluminum oxide, copper oxide, and graphene nanoplatelets in ethylene ...

A puff of air across a bath of molten metal sounds unremarkable, but a new study shows that the ripples ...

New three-dimensional simulations show that underwater aerospike nozzle jets become increasingly unstable, with more intense bulging, necking, back-attack, and pressure ...

A finite-discrete element simulation study finds that strong rock heterogeneity shifts hydraulic fracture failure from tension to shear and mixed ...

A mathematical prey-predator model shows that environmental pressure and fear costs can destabilise a plankton-fish ecosystem through branch point and ...

A coupled numerical simulation shows coal mining beneath uranium-bearing strata can raise aquitard permeability by two orders of magnitude, allowing ...

Researchers report a nonlinear spectral difference scheme with adaptive linear weights that maintains fifth-order accuracy in smooth flows while sharply ...

Researchers have extended the interpolative dynamical low-rank approximation to quantized tensor trains, enabling higher order time integration for nonlinear PDEs ...

Researchers have introduced an augmented multiscale finite element formulation that enforces incompressibility through an iterative penalty approach and shows improved ...

A numerical study using experimental comparisons found that reducing the thin-to-thick wall-thickness ratio intensified race-tracking and, in circular cavities, increased ...

Mexican researchers have built and experimentally validated an open-source thermal model of a flat-plate solar collector that achieves millidegree accuracy ...

Researchers outline a comprehensive blueprint for building trustworthy foundation models that emulate expensive physics simulations on exascale supercomputers.

Researchers at NTNU have developed a conservative sharp interface level set method that dramatically reduces mass loss and computational time ...

A new numerical simulation study maps how channel count, isolation, classical power and detector settings shape noise and secret key ...

Researchers combined topology-optimized housings, chimney-effect airflow, heat pipes, and micro-grooved surfaces to cut deep-sea LED fish-attracting lamp temperatures by 6.73 ...

In an era characterized by relentless advancements in aerospace technology, the evolution of hypersonic flight represents a paramount frontier. A ...

Recent advancements in hypervelocity studies have unlocked new avenues for understanding projectile dynamics, particularly focusing on the complex behavior of ...