Interstitial Pressure And Fluid Motion In Tumor Cords by Alessandro Bertuzzi, Antonio Fasano, Alberto Gandolfi, Carmela Sinisgalli

“…This work illustrates the behavior of the interstitial pressure andof the interstitial fluid motion in tumor cords (cylindrical arrangements oftumor cells growing around blood vessels of the tumor) by means of numericalsimulations on the basis of a mathematical model previously developed. …”
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Whole space case for solution formula of Korteweg type fluid motion in R3 by Bagus Suhada Dede, Maryani Sri, Renny Renny, Triyani Triyani, Hendriya Guswanto Bambang, Kartiwi Mira

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GENERAL EQUATION OF THE HYDRAULIC FRICTION LAW FOR HINDERED FALLING OF AN INDIVIDUAL BALL AND FLUID MOTION IN GRANULAR LAYERS by M. V. Krautsov, A. M. Krautsov

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Flow between caoxial rotating disks: with and without externally applied magnetic field by R. K. Bhatnagar

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Radiative Mixed Convection Flow of Casson Nanofluid through Exponentially Permeable Stretching Sheet with Internal Heat Generation by Mazhar Hussain, Shereen Fatima, Mubashir Qayyum

“…The analysis reveals that the suction effect, magnetic field, and Casson parameter reduce momentum boundary layer thickness and hence slow fluid motion. Conversely, buoyancy forces increase mass boundary layer thickness which results in accelerating fluid motion. …”
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Homotopic Solution for 3D Darcy–Forchheimer Flow of Prandtl Fluid through Bidirectional Extending Surface with Cattaneo–Christov Heat and Mass Flux Model by Shamaila Batool, A. M. Alotaibi, Waris Khan, Ahmed Hussein Msmali, null Ikramullah, Wali Khan Mashwani

“…Cattaneo–Christov fluid model is employed to govern the heat and mass flux during fluid motion. The Prandtl fluid motion is mathematically modeled using the law of conservations of mass, momentum, and energy. …”
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Design and Preparation of a Self-Inhaling Internal Cooling Grinding Wheel with a Leaf Order Arrangement Structure by Zixuan Wang, Zhengyu Sun, Yinhao Huang, Tianbiao Yu, Jun Zhao

“…This study further explored the fluid motion patterns in the grinding zone for four differently structured surfaces. …”
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Laminar Flow Processes of Fluid Energy Carries in Pipe Lines by R. I. Esman, L. I. Shoub

“…Various regimes of fluid motion in pipelines of heat-power units and equipment are considered in the paper.The presented dependencies can be used for practical calculations while transporting energy carriers for various application.…”
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Spherical Solutions of an Underwater Explosion Bubble by Andrew B. Wardlaw, Hans U. Mair

“…The most detailed is based on the Euler equations and accounts for the internal bubble fluid motion, while the simplest links a potential water solution to a stationary, Isentropic bubble model. …”
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Heat Transfer Analysis for Viscous Fluid Flow with the Newtonian Heating and Effect of Magnetic Force in a Rotating Regime by Rashid Ayub, Shahzad Ahmad, Muhammad Imran Asjad, Mushtaq Ahmad

“…Some physical aspects of flow parameters on the fluid motion are presented graphically.…”
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Effects of Brinkman number on thermal-driven convective spherical Dynamos by MI Ngwueke, TM Abbey

“…The problem considers conducting fluid motion in a rapidly rotating spherical shell. The consequence of this exponential dependence of viscosity on temperature is considered to be a thermaldriven convective phenomenon. …”
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Oscillatory and Steady Flows in the Annular Fluid Layer inside a Rotating Cylinder by Veronika Dyakova, Denis Polezhaev

“…It is revealed that the velocity of the steady streaming can be calculated using the velocity of the oscillatory fluid motion.…”
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Effects of Soret and Dufour on Unsteady Magneto-Convective Transport through a Vertical Perforated Sheet with Chemical Reaction by Md. Mosharrof Hossain, Md. Hasanuzzaman, A. Rahim Laskar, Ashish Barmon

“…The results give the fluid motion and temperature improvement for growing values of the Dofour effect. …”
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Numerical analysis of the influence of liquid on propagation of a rolling contact fatigue crack by M. Olzak, J. Piechna Warsaw, P. Pyrzanowski

“…In the second model it has been assumed that the crack is filled by the viscous, incompressible fluid and the fluid motion as well as the resulting pressure distribution can be represented by one-dimensional form of the Reynolds equation. …”
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Slip Effects on Fractional Viscoelastic Fluids by Muhammad Jamil, Najeeb Alam Khan

“…Finally, the influence of the material, slip, and the fractional parameters on the fluid motion as well as a comparison among fractional Maxwell, ordinary Maxwell, and Newtonian fluids is also discussed by graphical illustrations.…”
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Effects of diffraction and radiation on a submerged sphere by Matiur Rahman

“…We assume that the fluid is homogeneous, inviscid, and incompressible, and the fluid motion is irrotational. In real situations, the submerged sphere will experience six degrees of freedom (i.e., motions); three translational and three rotational. …”
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Unsteady MHD Flow for Fractional Casson Channel Fluid in a Porous Medium: An Application of the Caputo-Fabrizio Time-Fractional Derivative by Pongsakorn Sunthrayuth, A. A. Alderremy, Fazal Ghani, Ayékotan M. J. Tchalla, Shaban Aly, Yasser Elmasry

“…Theoretically, this work describes the exact solutions of fractional Casson fluid through a channel under the effect of MHD and porous medium. The unsteady fluid motion of the bottom plate, which is confined by parallel but perpendicular sidewalls, supports the flow. …”
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Experimental and Numerical Vibration Analysis of Hydraulic Pipeline System under Multiexcitations by Peixin Gao, Hongquan Qu, Yuanlin Zhang, Tao Yu, Jingyu Zhai

“…An improved model which includes fluid motion and base excitation is proposed. A numerical MOC-FEM approach which combined the coupling method of characteristics (MOC) and finite element method (FEM) is proposed to solve the equations. …”
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Double-Diffusive MHD Viscous Fluid Flow in a Porous Medium in the Presence of Cattaneo-Christov Theories by Bidemi Olumide Falodun, Adeola John Omowaye, Funmilayo Helen Oyelami, Homan Emadifar, Ahmed A. Hamoud, S. M. Atif

“…Owing to an increase in Lorentz force, the imposed magnetic field slows down fluid motion. Viscosity dissipation and heat generation all contribute to the formation of an ever-thicker thermal boundary layer. …”
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Flows with Slip of Oldroyd-B Fluids over a Moving Plate by Abdul Shakeel, Sohail Ahmad, Hamid Khan, Nehad Ali Shah, Sami Ul Haq

“…A general investigation has been made and analytic solutions are provided corresponding to the flows of an Oldroyd-B fluid, under the consideration of slip condition at the boundary. The fluid motion is generated by the flat plate which has a translational motion in its plane with a time-dependent velocity. …”
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