Climate change risks illustrated by the Intergovernmental Panel on Climate Change (IPCC) “burning embers” by P. Marbaix, P. Marbaix, P. Marbaix, A. K. Magnan, A. K. Magnan, A. K. Magnan, V. Muccione, V. Muccione, P. W. Thorne, Z. Zommers

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Real-Time Neuropsychological Testing for Hydrocephalus: Ultra-Fast Neuropsychological Testing During Infusion and Tap Test in Patients with Idiopathic Normal-Pressure Hydrocephalus by Ilaria Guarracino, Sara Fabbro, Daniele Piccolo, Serena D’Agostini, Miran Skrap, Enrico Belgrado, Marco Vindigni, Francesco Tuniz, Barbara Tomasino

“…Based on cerebrospinal fluid dynamics, 63.15% of the patients presented a resistance to outflow > 12 mmHg/mL/min, while 88% had a positive tap test response. …”
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Computational analysis of Newtonian fluid in a 2-D square cavity with kinetic energy, enstrophy, and palinstrophy in the presence of bottom corner obstacle by Dalmalka Praveen Kumar, Yadagiri Rameshwar, Rifaqat Ali, S. Nazari, Mohamed Kallel, Ahmed M. Galal

“…Understanding the impact of obstacles on lid-driven cavity (LDC) flows is critical for advancing flow control and optimization in fluid dynamics. In this study, we numerically investigate steady, two-dimensional Newtonian fluid flow within a square cavity featuring a lid-driven motion at Reynolds number Re = 100 by solving governing equations with the Fractional Step Method on a staggered grid in the Finite Volume framework, providing high-resolution streamline plots and vorticity contours. …”
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Preindustrial-to-present-day changes in atmospheric carbon monoxide: agreement and gaps between ice archives and global model reconstructions by X. Faïn, S. Szopa, V. Naïk, P. Martinerie, D. M. Etheridge, D. M. Etheridge, R. H. Rhodes, C. M. Trudinger, C. M. Trudinger, V. V. Petrenko, K. Fourteau, P. Place, P. Place

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GOSI9: UK Global Ocean and Sea Ice configurations by C. Guiavarc'h, D. Storkey, A. T. Blaker, E. Blockley, A. Megann, H. Hewitt, M. J. Bell, D. Calvert, D. Copsey, B. Sinha, S. Moreton, P. Mathiot, P. Mathiot, B. An

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Optimal Paths on Urban Networks Using Travelling Times Prevision by Alfredo Cutolo, Carmine De Nicola, Rosanna Manzo, Luigi Rarità

“…We deal with an algorithm that, once origin and destination are fixed, individuates the route that permits to reach the destination in the shortest time, respecting an assigned maximal travel time, and with risks measure below a given threshold. A fluid dynamic model for road networks, according to initial car densities on roads and traffic coefficients at junctions, forecasts the future traffic evolution, giving dynamical weights to a constrained 𝐾 shortest path algorithm. …”
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Study on Performance of Mesoscopic Impactor Filters for Aerosol Removal by Wei Zhang, Fenglei Niu, Shiji Wang, Haonan Wang, Zhangpeng Guo

“…In this paper, the influence of structural parameters and working parameters of the inertial impactor on collection performance is studied by the computational fluid dynamic (CFD) method. Under the small Reynolds number, the laminar model is used to simulate the continuous phase, and the discrete phase model (DPM) is used to track the trajectory of the particle. …”
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On the derivation of the nonlinear discrete equations numerically integrating the Euler PDEs by F. N. Koumboulis, M. G. Skarpetis, B. G. Mertzios

“…The nonlinear discrete equations approximating the inviscid fluid dynamic phenomena are explicitly determined. Furthermore, the WDF circuit realization of the Euler equations is determined. …”
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Exact Solutions of Damped Improved Boussinesq Equations by Extended (G′/G)-Expansion Method by Kai Fan, Cunlong Zhou

“…With the help of the auxiliary function method, we solved the improved Boussinesq (IBq) equation with fluid dynamic damping and the modified IBq (IMBq) equation with Stokes damping, and we obtained their three types of travelling wave exact solutions, which is an extension service of the numerical simulation and the existence of a solution. …”
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The Hydrodynamic Coefficient Analysis and Motion Control of the Lingyun Moveable Lander by Guoxin Li, Shaowei Zhang

“…In this study, the hydrodynamic property of the Lingyun moveable lander, which has completed experiments in the Mariana Trench in 2020, is analyzed with the semiempirical method and computational fluid dynamic (CFD) method. We calculate the inertial hydrodynamic coefficients and viscous hydrodynamic coefficients of the lander. …”
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Theoretical Analysis of Isentropic Exponent Effects on the Internal Flow of Supercritical CO2 Centrifugal Compressors by Ben Zhao, Zhiyuan Liu

“…This paper investigates the isentropic exponent effects of the supercritical carbon dioxide (CO2) using theoretical analyses and three-dimensional computational fluid dynamic (CFD) simulations. The theoretical analysis reveals that the increasing isentropic exponent mitigates the impeller work coefficient and the impeller outlet Mach number but raises the suction side Mach number of the impeller blade and blade loading at the leading edge. …”
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Time-Frequency Characterization of Rotating Instabilities in a Centrifugal Pump with a Vaned Diffuser by G. Pavesi, G. Cavazzini, G. Ardizzon

“…The results highlighted the existence of a rotating pressure structure at the impeller discharge, having a fluid-dynamical origin and propagating both in the radial direction and inside the impeller. …”
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Research on the Undulatory Motion Mechanism of Seahorse Based on Dynamic Mesh by Xinyu Quan, Ximing Zhao, Shijie Zhang, Jie Zhou, Nan Yu, Xuyan Hou

“…A simulation model was established using the Fluent software, and the 3D fluid dynamic mesh was used to study the undulatory motion mechanism of the seahorse’s dorsal fin. …”
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A Radiative Transfer Modeling Methodology in Gas-Liquid Multiphase Flow Simulations by Gautham Krishnamoorthy, Rydell Klosterman, Dylan Shallbetter

“…A methodology for performing radiative transfer calculations in computational fluid dynamic simulations of gas-liquid multiphase flows is presented. …”
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Analysis of Process Variables via CFD to Evaluate the Performance of a FCC Riser by H. C. Alvarez-Castro, E. M. Matos, M. Mori, W. Martignoni, R. Ocone

“…Feedstock conversion and yield products are studied through a 3D model simulating the main reactor of the fluid catalytic cracking (FCC) process. Computational fluid dynamic (CFD) is used with Eulerian-Eulerian approach to predict the fluid catalytic cracking behavior. …”
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Analysis of CaF2 Precipitation Process in the Selected Static Mixers by Piotr Maria Synowiec, Magdalena Stec

“…The main tasks were focused on the recognition of the precipitation kinetics (to get the knowledge of the relative supersaturation, nucleation sources, and mechanisms controlling the crystal growth), determination of conversion efficiency of the chemical reaction by which CaF2 is precipitated, the fluid dynamic conditions on crystal size distribution (CSD), and the identification of particles’ destruction sources as well. …”
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CFD Simulation of Thermal-Hydraulic Benchmark V1000CT-2 Using ANSYS CFX by Thomas Höhne

“…Plant measured data from VVER-1000 coolant mixing experiments were used within the OECD/NEA and AER coupled code benchmarks for light water reactors to test and validate computational fluid dynamic (CFD) codes. The task is to compare the various calculations with measured data, using specified boundary conditions and core power distributions. …”
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Exergy Analysis in Hydrogen-Air Detonation by Abel Rouboa, Valter Silva, Nuno Couto

“…A two-dimensional computational fluid dynamic code is developed using Finite volume discretization method coupled with implicit scheme for the time discretization (Euler system equations). …”
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Numerical Investigation of Gas Mixture Length of Nitrogen Replacement in Large-Diameter Natural Gas Pipeline without Isolator by Hongjun Zhu, Qinghua Han

“…Nitrogen replacement is a key process for natural gas pipeline before it is put into operation. A computational fluid dynamic model coupled to a species-transportation model has been used to investigate the gas mixture length of nitrogen replacement in large-diameter pipeline without isolator. …”
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Pressure Drop Distribution in Smooth and Rib Roughened Square Channel with Sharp 180° Bend in the Presence of Guide Vanes by Venkata Ratna Rao.D, S. V. Prabhu

“…The pressure drop distribution normalized with the mainstream fluid dynamic pressure head is presented for the outer surfaces. …”
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