Nanofluids are used as coolants in heat transport devices like exchangers, radiators, and electronic cooling systems (like a flat plate) because of their improved thermal properties. The preeminent perspective this study is to highlight the influence combined convection on transfer pseudoplastic non-Newtonian nanofluid flow towards an extendable Riga surface. Buongiorno model incorporated prese...

A hybrid damper concept is presented here using a combination of Magnetorheological (MR) Fluid (MRF) and Shape Memory Alloy (SMA)-based energy dissipation. demonstration performed utilizing the shear operating mode MRF one-way effect SMA. The damping performance different MRF-SMA configurations investigated corresponding consumption evaluated. We demonstrate that operation SMA dampers complemen...

Abstract This paper aims to improve micromixing in T-shaped microchannels using heterogeneous zeta potential, which is essential for analyzing biochemical fluids various industrial applications. We investigate the impact of different parameters, including applied electric field, and a number surface patterns, on microchannel mixing performance. Our results demonstrate that increasing potential ...

Contrary to the dislocation-driven ‘smaller-is-stronger’ size-effect in nanocrystals, size-dependence of strength deformation twinning, another carrier plasticity, still lacks universal understanding. Deformation twinning enables pseudoplastic strain >5% a shape memory ceramic (ZrHfO4)x (YTaO4)1−x. We use diffraction methods, microstructure analysis, and in-situ nanomechanical experiments uncov...

We develop and computationally analyze a mathematical model for natural convection to non-Newtonian fluid in long thin channel. The channel is bounded by antisymmetric heated cooled walls encloses pseudoplastic fluid. flow heat transfer characteristics are investigated subject the prevailing buoyancy forces resulting from combined gravitational effects. An efficient accurate semi-implicit finit...

In this study, succinoglycan was produced from whey and its rheological structural characteristics were elucidated. Eight culture media prepared with different ions for bioconversion of into succinoglycan. The formulation composed deproteinized whey, monobasic potassium phosphate magnesium sulfate allowed the production 13.7 ± 0.43 g/L apparent molar mass estimated to be 9.033 × 105 g/mol polyd...

Abstract Interest in utilizing new sustainable protein sources is increasing, and understanding the rheological behavior of sesame can be useful further application. Small amplitude oscillatory shear measurements dispersions at varying concentrations 5.0%, 7.5%, 10.0% were examined both linear nonlinear regions. Although showed pseudoplastic behavior, shear‐thickening effect proteins higher mak...

The results of the analysis experimental data on pseudotriaxial loading full-size samples black shale rocks Bazhenov Formation are presented. experiments were carried out under conditions uniaxial and at lateral compression pressures 20 40 MPa. It is shown that in considered load range, deformation rock beyond elastic limit proceeds different modes: dilatancy compaction. Despite low porosity ro...

Tuned liquid dampers (TLDs) have been broadly applied to suppress structural vibrations. In the present study, a novel vibration mitigation device consisting of non-Newtonian fluids coupled with an elastic baffle is proposed. The fluid-structure interaction studied numerically. To optimize system, different fluids, including Bingham fluid, Pseudoplastic and Dilatant fluid are used as damping su...

A rolling-sphere viscometer (RSV) was constructed and evaluated for monitoring apparent viscosit~'es of fermentation broths in sha'ke flasks or test tubes. The apparatus was calibrated by measuring translational velocities of magnetic stainless ste.el spheres (0.16-0.95 em diameter) rolling in N~wto­ nian viscosity standards (50-12.500 mPa's) on surfaces inclined 20° to 70°. The method was appl...