Transverse flow under oscillating stimulation in helical square ducts with cochlea-like geometrical curvature and torsion [0.03%]
具有耳蜗几何曲率和扭度的螺旋正方形管道中受振荡激励下的横向流动
N C Harte,D Obrist,M Caversaccio et al.
N C Harte et al.
The cochlea, situated within the inner ear, is a spiral-shaped, liquid-filled organ responsible for hearing. The physiological significance of its shape remains uncertain. Previous research has scarcely addressed the occurrence of transvers...
An in vitro experimental investigation of oscillatory flow in the cerebral aqueduct [0.03%]
脑导水管内流动的体外实验研究
S Sincomb,F Moral-Pulido,O Campos et al.
S Sincomb et al.
This in vitro study aims at clarifying the relation between the oscillatory flow of cerebrospinal fluid (CSF) in the cerebral aqueduct, a narrow conduit connecting the third and fourth ventricles, and the corresponding interventricular pres...
Computational design and experimental analysis of a novel visor for COVID-19 patients receiving high-flow nasal oxygen therapy [0.03%]
用于接受高流量鼻导管吸氧治疗的COVID-19患者的新型护目镜的计算设计与实验分析
Masooma Ijaz,Sorcha Ni Fhrighil,Rory Brett et al.
Masooma Ijaz et al.
The Covid-19 global pandemic has reshaped the requirements of healthcare sectors worldwide. Following the exposure risks associated with Covid-19, this paper aims to design, optimise, and validate a wearable medical device that reduces the ...
Validations of the microchannel flow model for characterizing vascularized tissues [0.03%]
微通道流模型在表征血管化组织中的验证研究
Sedigheh S Poul,Juvenal Ormachea,Stefanie J Hollenbach et al.
Sedigheh S Poul et al.
The microchannel flow model postulates that stress-strain behavior in soft tissues is influenced by the time constants of fluid-filled vessels related to Poiseuille's law. A consequence of this framework is that changes in fluid viscosity a...
Computational Modeling of Bubbles Growth Using the Coupled Level Set-Volume of Fluid Method [0.03%]
基于耦合水平集与体积重建的气泡生长仿真研究
Amir Taqieddin,Yuxuan Liu,Akram N Alshawabkeh et al.
Amir Taqieddin et al.
Understanding the generation, growth, and dynamics of bubbles as they absorb or release dissolved gas in reactive flows is crucial for optimizing the efficiency of electrochemically gas-evolving systems like alkaline water electrolysis or h...
M Vadivukkarasan
M Vadivukkarasan
The present outbreak enables the researchers from fluid mechanics to widen the understanding of expelling respiratory liquids from a unique perspective to diminish the persistence of COVID-19. This article focuses on uncovering the instabil...
Experimental Investigation of the Effect of Non-Newtonian Behavior of Blood Flow in the Fontan Circulation [0.03%]
实验研究_Fontan循环中血液非牛顿流体行为的影响
Andrew L Cheng,Niema M Pahlevan,Derek G Rinderknecht et al.
Andrew L Cheng et al.
The Fontan procedure for univentricular heart defects creates a unique circulation where all pulmonary blood flow is passively supplied directly from systemic veins. Computational simulations, aimed at optimizing the surgery, have assumed b...
Vedran Coralic,Tim Colonius
Vedran Coralic
Shockwave lithotripsy repeatedly focuses shockwaves on kidney stones to induce their fracture, partially through cavitation erosion. A typical side effect of the procedure is hemorrhage, which is potentially the result of the growth and col...
On the three-dimensional vortical structure of early diastolic flow in a patient-specific left ventricle [0.03%]
基于患者的左心室早期舒张期流场的三维漩涡结构研究
Trung Bao Le,Fotis Sotiropoulos
Trung Bao Le
We study the formation of the mitral vortex ring during early diastolic filling in a patient-specific left ventricle using direct numerical simulation. The geometry of the left ventricle is reconstructed from Magnetic Resonance Imaging (MRI...
F E Laine-Pearson,P E Hydon
F E Laine-Pearson
Recent experiments have shown that rapid kinematic mixing occurs in the pulmonary alveoli. Here the Reynolds number is very small, there is recirculation in the alveolar cavity and the alveolar walls move periodically. We have recently show...