Hm Convergence of the Second-Grade Fluid Equations to Euler Equations in ℝd by Hui Zhou

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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 Euler equations, namely a set of nonlinear partial differential equations (PDEs), mathematically describing the dynamics of inviscid fluids are numerically integrated by directly modeling the original continuous-domain physical system by means of a discrete multidimensional passive (MD-passive) dynamic system, using principles of MD nonlinear digital filtering. …”
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Fluid-Structure Interaction Analysis of Parachute Finite Mass Inflation by Xinglong Gao, Qingbin Zhang, Qiangang Tang

“…To predict the opening phase of a parachute, a computational FSI model for the inflation of a parachute, with slots on its canopy fabric, is developed using the arbitrary Lagrangian-Euler coupling penalty method. In a finite mass situation, the fluid around the parachute typically has an unsteady flow; therefore, a more complex opening phase and FSI dynamics of a parachute are investigated. …”
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A mathematical analysis to the approximate weak solution of the Smagorinsky Model for different flow regimes by Rômulo Damasclin Chaves dos Santos, Jorge Henrique de Oliveira Sales, Alice Rosa da Silva

“…By treating the model as inherently discrete, we implement a semi-implicit time discretization using the Euler method. This approach includes comprehensive stability analyses, applicable to a spectrum of flow regimes, and an exploration of the asymptotic energy balance dynamics during fluid movements. …”
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Numerical Simulation of Gas-Particle Two-Phase Flow in a Nozzle with DG Method by Duan Maochang, Yu Xijun, Chen Dawei, Qing Fang, Zou Shijun

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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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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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