Evaluation Method of the Vertical Well Hydraulic Fracturing Effect Based on Production Data by Debin Xia, Zhengming Yang, Daolun Li, Yapu Zhang, Ying He, Yutian Luo, Anshun Zhang, Wenming Wang, Xinli Zhao

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Advanced Compressor Loss Correlations, Part II: Experimental Verifications by M. T. Schobeiri

“…Despite the tremendous progress in turbomachinery computational fluid mechanics, the compressor designer still uses different loss correlations to estimate the total pressure losses and thus the efficiency of the compressor stage. …”
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Complexity in Linear Systems: A Chaotic Linear Operator on the Space of Odd 2π-Periodic Functions by Tamás Kalmár-Nagy, Márton Kiss

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A Computing Method for Sand Inrush Quantity through a Borehole in Longde Coal Mine by Boyang Zhang, Zhibin Lin

“…Based on the method of fluid mechanics, an all-purpose computing method for quicksand disaster through a borehole was proposed. …”
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Simultaneous Invariants of Strain and Rotation Rate Tensors and Their Admitted Region by Igor Vigdorovich, Holger Foysi

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Wave turbulence: a solvable problem applied to the Navier–Stokes equations by Galtier, Sébastien

“…The attention of fluid mechanics being mainly focused on incompressible hydrodynamics, it is usually the second regime that is treated in books, whereas waves are often present in geophysics and astrophysics. …”
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Asymptotic analysis of American call options by Ghada Alobaidi, Roland Mallier

“…However, an exact solution cannot be found, and therefore by using asymptotic techniques employed in the study of boundary layers in fluid mechanics, we find an asymptotic expression for the location of the optimal exercise boundary and the value of the option near to expiration.…”
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Exp-Function Method for a Generalized MKdV Equation by Yuzhen Chai, Tingting Jia, Huiqin Hao, Jianwen Zhang

“…Under investigation in this paper is a generalized MKdV equation, which describes the propagation of shallow water in fluid mechanics. In this paper, we have derived the exact solutions for the generalized MKdV equation including the bright soliton, dark soliton, two-peak bright soliton, two-peak dark soliton, shock soliton and periodic wave solution via Exp-function method. …”
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La mécanique des fluides en France dans la première moitié du xxe siècle by Charru, François

“…From 1929, a key instigator of these achievements was the Air Ministry, which, with great open-mindedness, created and financed four institutes of fluid mechanics and five teaching centers in faculties of science. …”
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CFD modeling of airflow distribution in high-rise warehouse by Terziev Angel, Zlateva Penka, Ivanov Martin, Dimchev Ivan, Vassilev Momchil

“…By using the Computational fluid mechanics (CFD) based simulations of the air distribution, it is established that the standard and normative methods for designing such types of systems are not precise enough, to achieve the required parameters of the indoor environment. …”
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Investigation of Artery Wall Elasticity Effect on the Prediction of Atherosclerosis by Hemodynamic Factors by Rasool Kalbasi, Bahador Sharifzadeh, Mehdi Jahangiri

“…The causes and location of stenosis can be determined using fluid mechanics and parameters such as pressure, effective wall shear stress, and oscillatory shear index (OSI). …”
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Experimental evidences of radicals production by hydrodynamic cavitation: a short review by Nöpel, Julius-Alexander, Ayela, Frédéric

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Experimental Study on Liquid Flow and Heat Transfer in Rough Microchannels by Xuan Zhang, Taocheng Zhao, Suchen Wu, Feng Yao

“…Although roughness is negligible for laminar flow through tubes in classic fluid mechanics, the surface roughness may play an important role in microscale fluid flow due to the large ratio of surface area to volume. …”
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Experimental investigation on flow pattern and void fraction for two-phase gas-liquid upflow in a vertical helically coiled micro-channel by Sira Saisorn, Phakkhanan Benjawun, Adirek Suriyawong, Somchai Wongwises

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Computational analysis of bioconvective MHD hybrid nanofluid flow of non-Newtonian fluid over cone/plate: A study based on the Cattaneo-Christov heat and mass flux model by P. Francis, P. Sambath, S. Noeiaghdam, U. Fernandez-Gamiz, S. Dinarvand

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Baroclinic instability from an experimental perspective by Harlander, Uwe, Kurgansky, Michael V., Speer, Kevin, Vincze, Miklos

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Propellant Slosh Force and Mass Measurement by Andrew Hunt, Richard Foster-Turner, Ross Drury

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The DRESDYN precession experiment by Stefani, Frank, Anders, Sten, Eckert, Sven, Freyer, Nico, Gerbeth, Gunter, Giesecke, André, Gundrum, Thomas, Kaever, Peter, Kumar, Vivaswat, Pizzi, Federico, Räbiger, Dirk, Šimkanin, Ján, Steglich, Christian, Vogt, Tobias, Wagner, Nicole, Wedel, Gerald

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Fingerprints of surface flows on solid substrates ablated by phase change: from laboratory experiments to planetary landscapes by Carpy, Sabrina, Berhanu, Michael, Chaigne, Martin, Courrech du Pont, Sylvain

“…In this case, the fluid mechanics associated with such phase changes play a key role in the evolution of terrestrial and planetary landscapes, observed by probes orbiting planets and moons. …”
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A multi-layer neural network-based evaluation of MHD radiative heat transfer in Eyring–Powell fluid model by Muflih Alhazmi, Zahoor Shah, Muhammad Asif Zahoor Raja, Nafisa A. Albasheir, Maryam Jawaid

“…Our investigation is not just raising the bar for predicting complex fluid dynamics but also showing how AI can truly transform the entire research domain of fluid mechanics and related scientific disciplines. All the numerical and graphical illustrations attained by employing the AI-based techniques authenticates the solution methodology for the evaluation of fluid dynamics problems.…”
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