To verify these methods, numerical analyses of a plate and a thin cylinder are performed.
Figure 1 FTIR analyses of a 3μm-thick thin-section of a lead white model painting (lead white mixed with linseed oil, ratio: 0.5 1).
Electron impedance spectra (EIS) and transient photoelectron spectroscopic analyses exhibited that introduction of a thin interfacial TiO2 layer between the two TiO2 layers remarkably decreased the resistance at the interface, while increasing the electron diffusion constant (De) by ∼10 times.
Microhardness measurements, optical microscopy, SEM, Raman, XRD and infrared spectra analyses revealed the existence of a thin epsilon + γ′ compound zone onto 150 μm thick diffusion layer after plasma nitriding, while a dense 3 μm thick amorphous hydrogenated carbon nitride overcoating was grown during plasma post-processing in carbon-containing atmosphere.
Both numerical and theoretical analyses show that the employment of a thin solid shell surrounding the foam structures will enhance the energy absorption efficiency with high capability and safe comfort.
This methodology was applied to the outcropping portion of the Açu aquifer in the northeast of Brazil, and the computational analyses of the thin rock sections of the acquired samples produced effective porosities between 11.2% and 18.5%, and permeabilities between 52.4 mD and 1140.7 mD.
Petrographic analyses of the thin sections of all granite samples from the study area (Figure 7) reveal sericitisation of plagioclase.
Electron microprobe analyses of siltstone/shale thin sections from the Smoky Canyon Mine in the WPRA were performed by Bond.[29] This work identified pyrite and sphalerite grains in the rock, with pyrite comprising about 0.2% (by area) of the sample studied.
A semi-analytical method is developed for pre-buckling and buckling analyses of thin, symmetrically laminated composite panels with an elliptical cutout at an arbitrary location and orientation under general thermo-mechanical loading conditions.
We discuss the effectiveness and conditioning of the proposed discretization, and show that it allows the computation of accurate traveling waves and eigenvalues for small values of the initial water saturation/film precursor, several orders of magnitude smaller than the values considered previously in analogous stability analyses of thin film flows, using just a few hundred grid points.
