The distribution of hot interstellar medium in early-type galaxies bears the imprint various astrophysical processes it underwent during its evolution. X-ray observations these have identified structural features related to AGN and stellar feedback environmental effects such as merging sloshing. In our XMM-Newton Galaxy Atlas (NGA) project, we analyze archival 38 ETGs, utilizing high sensitivit...

In marine storage and transportation, the sloshing of liquid oxygen disturbs thermodynamic equilibrium induces stress on tank walls. Numerous problems are associated with mechanism demand a detailed investigation. this study, numerical model is developed by coupling Eulerian framework algebraic interface area density (AIAD) method while considering interphase drag force to investigate thermal b...

Off-axis collisions between galaxy clusters may induce the phenomenon of sloshing, causing dense gas to be dragged from cool core a cluster, resulting in spiral enhanced X-ray emission. Abell 2199 displays signatures sloshing its and it is possible that orbital plane collision seen nearly edge-on. We aim evaluate whether features can explained by under large inclination angle. To address this, ...

Sloshing refers to a certain kind of fluid movement that changes as it progresses. It possesses properties are both nonlinear and exceedingly unpredictable, these affect the tank wall. This effect may lead structural wear, which in turn can cause fail. Benzene gasoil liquids used test sloshing liquid accompanying pressure on wall caused by baffles partially full tanks. To attain this, modeling ...

In this paper the role of solid nonlinearity on fluid–structure interaction (FSI) is studied. First a simple mass-spring-damper system with third-degree spring coupled linear sloshing to study effect nonlinearity. It shows that even both systems show similar behavior in free vibration tests, but caused 50% less amplitude vibration. Then higher order tuned liquid damper which modeled by boundary...

Currently there are no effective methods of obtaining accurate fluid volume measurements in a microgravity environment. Conventional fluid measurement methods rely solely upon gravity to settle the fluid in order to obtain accurate measurements. However, this approach cannot be applied when fluids are within a microgravity environment and experience sloshing. This optical mass gauging system ut...

We study the direct and inverse eigenvalue problems for a pair of harmonic functions with a spectral parameter in boundary and coupling conditions. The direct problem is relevant to sloshing frequencies of free oscillations of a two-layer fluid in a container. The upper fluid occupies a layer bounded above by a free surface and below by a layer of fluid of greater density. Both fluids are assum...

Hydrodynamic simulations of sloshing phenomena often involve the application of slip boundary condition at the wetted surfaces. If these surfaces are curved, the ambiguous nature of the normal vector in the discretized problem can interfere with the application of such a boundary condition. Even the use of consistent normal vectors, preferred from the point of view of conservation, does not ass...