Depleted natural gas reservoirs are a promising target for Carbon Sequestration with Enhanced Gas Recovery (CSEGR). The focus of this study is on evaluating the importance of Joule-Thomson cooling during CO2 injection into depleted natural gas reservoirs. Joule-Thomson cooling is the adiabatic cooling that accompanies the expansion of a real gas. If Joule-Thomson cooling were extreme, injectivi...

Three-dimensional flow via swirling porous disks and an annular sector is carried out using fully developed hybrid nanofluids. Here, a single-phase simulation based on thermophysical characteristics various nanoparticle sizes shapes taken into account. A regression function connected with the permeable Reynolds number for injection suction was created. We used well-known accurate “shooting appr...

We show the existence, size and some absorbing properties of global attractors of the nonlinear wave equations with nonlinear dissipations like ρ(x, ut) = a(x)|ut|rut.

The goal of current research is to peruse the influences magnetic field and nonlinear radiation on stagnation-point flow nanofluid past a stretching surface. Joule heating viscous dissipation properties are considered for analysis in present work. spectral relaxation numerical approach implemented solve principal equations problem. Also, nanoparticles thermophoretic diffusion Brownian motion, a...

The main objective of this article is to explore magnetohydrodynamic hybrid nanofluid flow past a stretching sheet. Mathematical model developed by revisiting the work done previous study and extended same for scenario with viscous dissipation, joule heating thermal radiation effects. Choosing appropriate similarity variables governing equations are transformed into system ordinary differential...

We study the atmospheric structure in response to the propagation of gravity waves under nonisothermal (nonzero vertical temperature gradient), wind-shear (nonzero vertical zonal/meridional wind speed gradients), and dissipative (nonzero molecular viscosity and thermal conduction) conditions. As an alternative to the “complex wave-frequency” model proposed by Vadas and Fritts, we employ the tra...

The characterization of electrosprayed droplets by means of retarding potential and time-of-flight techniques yields relevant information on the physics of the cone–jet itself. The experimental data reveal that a significant fraction of the electric power injected in the cone–jet is degraded by ohmic and viscous dissipations, as well as converted into surface energy. The degradation of energy c...