The present numerical study assesses the jet length, diameter and velocity of various non-
Newtonian power-law fluids of a gas dynamic virtual nozzle. A related two-phase flow …

The study of multiphase flows gained much importance because of its extensive applications
in nature and industry. These flows possess two or more thermodynamic phases, for …

Although formononetin has a considerable biological activity, its therapeutic use is limited by
its low solubility. Formononetin was dissolved in ethanol, methanol, N, N-dimethylformamide …

Purpose This study aims to develop an experimentally validated three-dimensional
numerical model for predicting different flow patterns produced with a gas dynamic virtual …

Liquid micro-jets are crucial for sample delivery of protein crystals and other macromolecular
samples in serial femtosecond crystallography. When combined with MHz repetition rate …

Rapid in situ manufacturing is significant in space exploration. Droplet-based printing
technology with micrometer accuracy has great potential in space due to the advantages of …

The performance of gas focused micro-jets is measured in terms of stability, length,
thickness, and speed. Such jets found use in serial femtosecond crystallography (SFX) …

The results of an experimental study of micro-jets produced with a gas dynamic virtual
nozzle (GDVN) under the influence of an electric field are provided and discussed for the …

The collocation version of the Method of Fundamental Solutions (MFS) with subdomains is
introduced in the present work for the solution of the 2D Stokes flow in backward-facing-step …

Abstract The meshless Diffuse Approximate Method (DAM) is for the first time formulated and
applied to simulate the compressible Newtonian flow of an ideal gas in an axisymmetric tube …