نمایش نتایج جستجو برای
نام مجله: Physics of Fluids
موارد یافت شده: 30
1 - Characterization of ventilated supercavitation regimes using Bayesian optimized Random Forest models (چکیده)2 - Optimization random forest model for air entrainment hysteresis prediction in ventilated cavitation using genetic and particle swarm along with experimental observations and numerical simulations of the hysteresis loop (چکیده)
3 - Numerical investigation of the interaction between a ventilated supercavity and free surface waves at high Froude numbers (چکیده)
4 - Innovative optimization of parabolic cavitators: Improving hydrodynamic efficiency and supercavity qualitycavitatio (چکیده)
5 - Enhancing improved advection upstream splitting method on triangular grids: A hybrid approach for improved stability and accuracy in compressible flow simulations (چکیده)
6 - Analyzing the influence of dimensions of the body behind the cavitator on ventilated cavitation (چکیده)
7 - Enhancing thermal-hydraulic performance in curved pipes through optimal radial fin placement: A numerical investigation (چکیده)
8 - Enhancing accuracy and efficiency: A novel implicit–explicit approach for fluid dynamics simulation (چکیده)
9 - Investigating the interaction parameters on ventilation supercavitation phenomena: Experimental and numerical analysis with machine learning interpretation (چکیده)
10 - Starting transient analysis of second throat exhaust diffuser in high-altitude test of a thrust optimized parabolic nozzle (چکیده)
11 - Large Eddy Simulations of Cavitation around a Pitching-Plunging Hydrofoil (چکیده)
12 - Coupled dynamic and thermal simulation of airfoil flap movement in turbulent flow using the lattice Boltzmann method (چکیده)
13 - Modified advection upstream splitting method: Revolutionizing accuracy and convergence speed in low-Mach flows (چکیده)
14 - Inversion in Binary Gas Mixtures in Rarefied Flow Conditions: Direct Simulation Monte Carlo Solution and Comparison with the Analytical Solutions at Free Molecular Regime (چکیده)
15 - A novel transient-adaptive subcell algorithm with a hybrid application of different collision techniques in direct simulation Monte Carlo (DSMC) (چکیده)
16 - A study on micro-step flow using a hybrid direct simulation Monte Carlo–Fokker–Planck approach (چکیده)
17 - On the nonlinear thermal stress, thermal creep, and thermal edge flows in triangular cavities (چکیده)
18 - A symmetrized and simplified Bernoulli trial collision scheme in direct simulation Monte Carlo (چکیده)
19 - Generalized description of the Knudsen layer thickness in rarefied gas flows (چکیده)
20 - Homogeneous Relaxation and Shock Wave Problems: Assessment of the Simplified and Generalized Bernoulli Trial Collision Schemes (چکیده)
21 - Numerical analysis of nonlinear thermal stress flow between concentric elliptical cylinders (چکیده)
22 - A dusty gas model-direct simulation Monte Carlo algorithm to simulate flow in micro-porous media (چکیده)
23 - Compressibility effects on the flow past a rotating cylinder (چکیده)
24 - On the convergence of the simplified Bernoulli trial collision scheme in rarefied Fourier flow (چکیده)
25 - Phase-field simulation of counter-current spontaneous imbibition in a fractured heterogeneous porous medium (چکیده)
26 - A novel simplified Bernoulli trials collision scheme in the direct simulation Monte Carlo with intelligence over particle distances (چکیده)
27 - Investigation of cold-to-hot transfer and thermal separation zone through nano step geometries (چکیده)
28 - Wall heat transfer effects on the hydro/thermal behaviour of Poiseuille flow in micro/nanochannels (چکیده)
29 - Capillary effects during droplet impact on a solid surface (چکیده)
30 - Extending the Navier–Stokes solutions to transition regime in two-dimensional micro- and nanochannel flows using information preservation scheme (چکیده)
