Sentence examples for method formed by from inspiring English sources

All samples were produced by the sol gel method, formed by uniaxial pressure and sintered at 1400 °C.

The purpose of this paper is to introduce a new method formed by fusing the Lagrange Galerkin and spectral element methods.

In this context, in the present work, it is used a version of the discrete element method formed by beams to explore its possibilities in simulating the degradation mechanisms that occur in quasi‐brittle materials when subjected to fatigue.

This method is based on the self-assembling of phase separated polymer at interface with water, which was named SaPSeP method, formed by suspension polymerization of divinyl monomer in toluene droplet dissolving previously polystyrene.

The cathode prepared by this method formed LiCo1−yNiyO2 phase in molten (Li0.62K0.38 2CO3 at 650 °C under CO2 O2=66.7 33.3% atmosphere, its solubility is 40% lower than that of NiO cathode.

The key feature of the proposed method is formed by combining the discontinuous Galerkin method to spatial variables and a finite difference scheme to temporal variables.

The approach uses the incremental iterative method proposed by the International Association of Classification Societies IACS Common Structural Rules CSRCSR) to evaluate the hull girder ultimate strength as a response model that is calibrated iteratively at the design points calculated by the First Order Reliability method (FORM) by means of advanced non-linear Finite Element Analyses (FEA).

In order to determine the probability of failure, two reliability algorithms are considered: first order reliability method (FORM), by coupling directly the mechanical model with FORM, and Monte Carlo simulation.

In addition, the second class of methods proposed, formed by two alternate methods, are based on simplifications of the previous optimization methods as well as an adaptation from smart gradient-project (SGP) ACE extended to FBMC systems.

The basis of our method is formed by a fast and accurate finite element implementation of an elasto-plastic material model, specifically designed for interactive shape manipulation.

A set of digital signal processing method is formed by combining a digital band-pass filter, an adaptive lattice notch filter and the DTFT algorithm considering negative frequency contribution for processing the signals of Coriolis mass flowmeter.