Titlebook: Direct and Large Eddy Simulation XIII; Proceedings of DLES1 Cristian Marchioli,Maria Vittoria Salvetti,Philipp Conference proceedings 2024

螢火蟲

ERCOFTAC Serieshttp://image.papertrans.cn/e/image/280640.jpg

向前變橢圓

噴出

Christoph Klahn,Bastian Leutenecker-TwelsiekVariable density flows are very common in nature, in technology and in industry. The numerical simulation of complex flows of applicative interest and with relevant variable density flows requires the truncation of turbulent scales of the resolved velocity field, in order to reduce the required computational resources.

熄滅

Identification of Suitable PartsMass transfer in bubbly flows is ubiquitous in nature and industry. For instance, bubble chemical reactors and mass-transfer operations of chemical engineering (e.g., distillation columns) employ bubbly flows to produce chemical products or to promote separation processes.

CHART

Verena Pramhaas,Günther RupprechterThe ISIS Muon and Neutron source uses the spallation of protons accelerated to 84?% of the speed of light to generate neutrons at two tungsten targets clad in tantalum and cooled by recirculating water.

用手捏

genesis

neoplasm

預(yù)定

DNS of?the?Flow About a?5:1 Rectangular Body with?Sharp CornersThe turbulent flow about blunt, rectangular bodies is often encountered in civil and wind engineering applications as well as in land transport vehicles. Relevant examples include deck slabs of long-span bridges and high-rise buildings of rectangular section and the problem of the aerodynamics of vehicles of simple shape like trucks and trains.

obstinate

Effect of?Variable Density on?Subgrid ScalesVariable density flows are very common in nature, in technology and in industry. The numerical simulation of complex flows of applicative interest and with relevant variable density flows requires the truncation of turbulent scales of the resolved velocity field, in order to reduce the required computational resources.