Sentence examples for solution for interaction from inspiring English sources
In the context of linear potential theory, an analytical solution for interaction of water waves with the plates is obtained using the matched eigenfunction expansion method.
In this work, two groups of zirconia nanoparticles: one with positive surface charge, the other with negative surface charge; and a group of silica nanoparticles coated with poly ethylene glycol) (PEG) and negatively charged were mixed with Fe(III) solution for interaction and/or adsorption to occur.
The MHM microspheres were mixed in the sample solution for interaction with the peptides.
By using the dislocation model for the surface crack and images for the free surface, the analytical solutions for interaction between a screw dislocation near a mode III (anti-plane shear) surface crack; an internal crack; and a moving crack subjected to the dynamic antiplane stress have been derived.
Using the derived compact expressions, the interaction between the crack and the dislocation is studied and a closed form solution for this interaction is obtained.
The relevant theory is presented and numerical results are compared with the analytical solution for the interaction of non-breaking waves with an array of vertical porous circular cylinders on a horizontal bed.
This paper presents an analytical solution for the interaction forces in RC beams strengthened with NSM FRP round bars, which are one of the most popular types of FRP bars used for NSM strengthening.
This paper presents an analytical solution for the interaction of electric potentials, electric displacements, elastic deformations and mechanical loads, and describes electromagnetoelastic responses and perturbation of the magnetic field vector in a piezoelectric hollow cylinder subjected to sudden mechanical load and electric potential.
In agreement with Bonferoni et al. [ 19], these data can be interpreted as the effect of the ionic competition between the drug and the cations in solution for the interaction with the polymer; this competition determines a displacement of the active ingredient from the complex once the latter is in a solution containing ionic species, thus facilitating the drug release.
Simulations of dispersion phenomena, which employ our previously developed solution for liquid bridge interactions for wet interparticle contacts and the Rumpf model for the tensile strength of the dry and wet portions of the agglomerate, have been performed.
The analytical solutions for the interaction between dislocations and interfaces are of great importance to materials scientists as well as to mechanics researchers.
