We provide here a theoretical description of electromagnetic scattering by multi-wall carbon nanotubes based on an effectiveboundary condition derived previously using a phenomenological quantum model. We present the basic analytical solution, extending it then to include the electromagnetic interaction between multiple concentric tubes in the general multi-wall carbon nanotube case.

this paper was aimed to address the modeling of effective thermal conductivity and viscosity of carbon structured nanofluids. response surface methodology, d_optimal design (dod) was employed to assess the main and interactive effects of temperature (t) and weight percentage (wt %) to model effective thermal conductivity and viscosity of multi wall and single wall carbon nanotube, cvd and rgo g...

Abstract

Abstract This paper focuses on the application of multi-fidelity surrogate modelling to characteristics a flow as it changes with parameter. provides insight into potential combining approaches varying fidelities computational fluid dynamics methods parameter space exploration. A limited number trusted high-fidelity large eddy simulation data points, in combination an extended study using lower...