## Fluid Induced(流体诱导)研究综述

Fluid Induced 流体诱导 - The aim of this investigation is to present analysis of bioconvection phenomenon for Darcy-Forchheimer flow of Reiner-Philippoff nanofluid induced by a stretched a surface.^{[1]}In this work, the flow of boundary layer and heat transfer of hybrid nanofluid induced by an exponentially permeable stretching/shrinking curved surface is modelled and scrutinized numerically.

^{[2]}The presented communication provides the analysis of entropy generation and heat transport rate in peristalsis of hybrid nanofluid induced by metachronal ciliary beating under magnetic environment for sufficiently large magnetic Reynolds number.

^{[3]}This article investigates the flow of Casson nanofluid induced by a stretching Riga plate in the presence of a porous medium.

^{[4]}The main focus of this research is to explore the consequences of motile gyrotactic microorganisms for unsteady Williamson nanofluid induced by bidirectional periodically accelerated surface.

^{[5]}Current article is devoted with the study of MHD 3D flow of Oldroyd B type nanofluid induced by bi-directional stretching sheet.

^{[6]}In this paper, effects of anisotropic thermal conductivity and the Lorentz force in a ferro-nanofluid induced by external magnetic fields are investigated.

^{[7]}This article focuses on the characteristics of a magnetic dipole in a viscous ferrofluid induced by linear stretched surface.

^{[8]}

本研究的目的是分析由拉伸表面引起的 Reiner-Philippoff 纳米流体的 Darcy-Forchheimer 流动的生物对流现象。

^{[1]}在这项工作中，对由指数渗透的拉伸/收缩曲面引起的混合纳米流体的边界层流动和传热进行了建模和数值分析。

^{[2]}所提出的通信提供了对足够大的磁雷诺数的磁性环境下由异时纤毛跳动引起的混合纳米流体蠕动中的熵产生和热传输速率的分析。

^{[3]}本文研究了在多孔介质存在下由拉伸 Riga 板诱导的 Casson 纳米流体的流动。

^{[4]}本研究的主要重点是探索运动的回旋微生物对双向周期性加速表面诱导的不稳定威廉姆森纳米流体的影响。

^{[5]}目前的文章致力于研究双向拉伸片诱导的Oldroyd B型纳米流体的MHD 3D流动。

^{[6]}在本文中，研究了由外部磁场引起的铁纳米流体中各向异性热导率和洛伦兹力的影响。

^{[7]}本文重点研究线性拉伸表面诱导的粘性铁磁流体中磁偶极子的特性。

^{[8]}

## Fracturing Fluid Induced 压裂液致

In this study, we quantify the gel-based fracturing fluid induced damages on gas sorption for Illinois coal in US.^{[1]}Finally, the VES fracturing fluid induced a low permeability loss rate of 10.

^{[2]}However, the currently reported analytical models of pore pressure is not available to specially couple the key effects of shale anisotropy and accumulation of fracturing fluid induced by multi-fracturing.

^{[3]}

在这项研究中，我们量化了基于凝胶的压裂液对美国伊利诺伊州煤炭气体吸附的损害。

^{[1]}最后，VES 压裂液导致低渗透率损失率为 10。

^{[2]}然而，目前报道的孔隙压力分析模型无法专门耦合页岩各向异性和多次压裂导致的压裂液聚集的关键效应。

^{[3]}

## Synovial Fluid Induced

Interactions with synovial fluid induced changes to NP surface properties and colloidal stability in vitro.^{[1]}Herein, we describe the use of ex vivo equine and porcine models for the study of synovial fluid induced biofilm aggregate formation and antimicrobial tolerance.

^{[2]}

与滑液的相互作用诱导了 NP 表面性质和体外胶体稳定性的变化。

^{[1]}在这里，我们描述了使用离体马和猪模型来研究滑液诱导的生物膜聚集体形成和抗菌素耐受性。

^{[2]}

## Viscou Fluid Induced

The two-dimensional laminar flow of a viscous fluid induced by peristalsis due to a moving wall wave has been studied previously for a rectangular channel, a circular tube and a concentric circular annulus.^{[1]}This study deals with the magnetohydrodynamics flow of viscous fluid induced by the ciliary propulsion in a porous medium which has an application to control diseases in respiratory track.

^{[2]}

先前已经针对矩形通道、圆形管和同心圆环研究了由移动壁波引起的蠕动引起的粘性流体的二维层流。

^{[1]}本研究涉及由纤毛推进在多孔介质中引起的粘性流体的磁流体动力学流动，可用于控制呼吸道疾病。

^{[2]}

## fluid induced vibration

The flextensional piezoelectric transducer is used to harvest the energy of fluid induced vibration by magnetic coupling.^{[1]}Furthermore, the fluid induced vibrations of a cylinder were investigated, and a fluid dynamics enhancement was observed.

^{[2]}Wear and tear are the most common failures of tubes in cross-flow during long time operation of a steam generator due to the fluid induced vibrations.

^{[3]}

弯张压电换能器用于通过磁耦合收集流体诱发振动的能量。

^{[1]}此外，研究了圆柱体的流体诱发振动，并观察到流体动力学增强。

^{[2]}由于流体引起的振动，在蒸汽发生器长时间运行期间，管子在横流中最常见的故障是磨损和撕裂。

^{[3]}

## fluid induced instability

This phenomenon results in fluid induced instabilities in the porous media which is commonly observed during CO2 sequestration, oil and hydrocarbon recovery, high pressure grouting, hydraulic fracturing.^{[1]}The results reveal that the control is effective in reduce vibration amplitudes especially in critical speed and fluid induced instability, and that the nonlinear coefficients are promising for approximating journal motion for both uncontrolled and controlled systems.

^{[2]}

这种现象会导致多孔介质中流体引起的不稳定性，这在二氧化碳封存、石油和碳氢化合物采收、高压注浆、水力压裂过程中很常见。

^{[1]}结果表明，该控制可有效降低振动幅度，尤其是在临界速度和流体引起的不稳定性方面，并且非线性系数有望用于近似非受控系统和受控系统的轴颈运动。

^{[2]}

## fluid induced reactivation 流体诱导再激活

Using discrete element modeling, we simulate pore-pressure-step creep test experiments on a sheared granular layer under a sub-critical stress state to investigate the micromechanical processes at stake during fluid induced reactivation.^{[1]}By using discrete element modeling, we simulate pore-pressure-step creep test experiments on a sheared granular layer at a sub-critical stress state in order to investigate the micromechanical processes at stake during fluid induced reactivation.

^{[2]}

使用离散元建模，我们在亚临界应力状态下模拟剪切颗粒层上的孔隙压力阶跃蠕变试验实验，以研究流体诱导再活化过程中的微机械过程。

^{[1]}通过使用离散元建模，我们模拟了在亚临界应力状态下剪切颗粒层的孔隙压力阶跃蠕变试验实验，以研究流体诱导再活化过程中的微观力学过程。

^{[2]}