Fluid-Solid Coupling in Kinetic Two-Phase Flow Simulation
ACM Transactions on Graphics, 2023 Real-life flows exhibit complex and visually appealing behaviors such as bubbling, splashing, glugging and wetting that simulation techniques in graphics have attempted to capture for years. While early approaches were not capable of reproducing multiphase flow phenomena due to their excessive numerical viscosity and low accuracy, kinetic solvers based
Li, Wei, Desbrun, Mathieu
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Hemodynamics of Asymmetrically Stenotic Vertebral Arteries Based on Fluid-solid Coupling
Journal of Biological PhysicsAbstract Stenosis in the vertebral artery, often associated with atherosclerosis, presents complexities regarding the relationship between internal resistance, shear stress and the geometric characteristics of stenosis lesions. This study aims to elucidate these relationships through computational simulations utilizing medical imaging data of ...
Zheng, Yilin +3 more
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Research on the comparison of impact resistance characteristics between energy absorption and conventional hydraulic columns in fluid-solid coupling. [PDF]
Sci Rep, 2023 Rock burst disaster affects underground mining safety. The energy-absorbing hydraulic support for preventing tunnel impact has been implemented in rock burst mines.
Zhang J +7 more
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Fluid-Solid Coupling Characteristics of Methane-Containing Coal during Borehole Extraction of Coalbed: Numerical Modeling and Experimental Research. [PDF]
ACS Omega, 2023 The control and utilization of coalbed methane (CBM) are crucial for ensuring the safety of coal mining operations and mitigating greenhouse gas emissions. Predrainage of CBM from boreholes plays a pivotal role in preventing CBM accidents, harnessing CBM
Yan L +5 more
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Thermal-Fluid-Solid Coupling Analysis on the Temperature and Thermal Stress Field of a Nickel-Base Superalloy Turbine Blade. [PDF]
Materials (Basel), 2021 Based on the establishment of the original and improved models of the turbine blade, a thermal-fluid-solid coupling method and a finite element method were employed to analyze the internal and external flow, temperature, and thermal stress of the turbine
Cai L, He Y, Wang S, Li Y, Li F.
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Numerical Investigation on the Urea Deposit Formation Process in a Selective Catalytic Reduction System of a Diesel Engine Based on a Fluid-Solid Coupling Method. [PDF]
ACS Omega, 2021 Currently, selective catalytic reduction (SCR) systems have become an essential part in diesel engines, and urea crystallization is one of the most serious issues in SCR systems.
Li M, Zhang Y, Liu X, Zhang Q, Li Z.
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Fluid-Solid Coupling-Based Vibration Generation Mechanism of the Multiphase Vortex
Processes, 2023 Multiphase vortices are widely present in the metallurgical pouring processes, chemical material extraction, hydroelectric power plant energy conversion, and other engineering fields.
Gaoan Zheng +7 more
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Sustainability, 2023 Rainfall is the main factor inducing landslides. Clarifying rainfall-induced landslides’ mechanisms and establishing adequate warning and prevention measures are crucial for regional disaster prevention and sustainable development.
P. Yu +7 more
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Processes, 2023 The life of the hearth is the main limiting link of the campaign of a blast furnace. As the equipment for holding molten iron in the furnace, the high-temperature molten iron is in direct contact with the refractory, which makes the refractory have a ...
Lei Wang +5 more
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Simulation Analysis of Torsion Beam Hydroforming Based on the Fluid-Solid Coupling Method
Chinese Journal of Mechanical Engineering, 2023 Hydroformed parts are widely used in industrial automotive parts because of their higher stiffness and fatigue strength and reduced weight relative to their corresponding cast and welded parts. This paper reports a hydraulic-forming experimental platform
Yu Huang +4 more
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