..., it is concluded that high angles of inclination increase rupture risks while lower inclinations are comparatively safe. 28 09 2020 15 01 2021 23 02 2021 intracranial aneurysm pulsatile flow hemodynamics finite volume method particle image velocimetry inclination angle vortex structure...

... . [73] Cybenko , G. , 1989 , “ Approximation by Superpositions of a Sigmoidal Function ,” Math. Control, Signal Syst. , 2 ( 4 ), pp. 303 – 314 . 10.1007/BF02551274 artificial neural networks finite volume method flexible membrane immersed boundary method low Reynolds number...

...Eysteinn Helgason; Siniša Krajnović adjoint method sensitivity analysis arbitrary Lagrangian–Eulerian method Navier–Stokes optimization total pressure drop ducted flow finite volume method The adjoint method has a history in optimal control theory dating back to the 1950s and has...

... cylinders tube bundles fluid-structure interaction fluid-elastic instability finite volume method Cartesian-staggered grid Flow-induced vibration is an important engineering problem in many industrial fields. The flow-induced vibration in structures is recognized by three major mechanisms: (i...

... 2012 finite volume method collocated grid Poiseuille flow Oldroyd-B model PTT model entry length Advances in computer technology and numerical techniques have enabled accurate, robust, and efficient simulations of flow of viscoelastic materials [( 1 2 3 )]. Prior to investigating...

... acoustics musical acoustics aeroacoustics compressible Navier-Stokes equations compressible flow CFD finite volume method When a musical instrument such as the bassoon is played, a complex interplay of physical effects create that instrument’s characteristic timbre. The double reed acts...

... on the moving boundary analysis using finite volume method. In this moving boundary problem, both control volumes of single-phase zone and two-phase zone change with time. Numerical results have been presented in this paper. The results indicate that both circulation flow variation and two-phase level variation...