The ability of the "being" to use observable information about the system to lower the thermodynamical entropy has motivated many articles in physics and fuelled the imagination of many since it was originally introduced by Mawell, and named as "demon" by Thomson three years later [622].
Now we are in the state to prove our main result which motivated this article.
Furthermore, several other features are developed to improve robustness on full-text articles, motivated by the large amount of false positives when analyzing full-text articles, in particular when processing bibliographical information or tables.
In the absence of the viscoelastic term, i.e., (g = 0), we motivate our article by presenting some results related to initial-boundary value Petrovsky problem u t t + Δ 2 u = f ( u, u t ), x ∈ Ω, t > 0 u ( x, t ) = ∂ ν u ( x, t ) = 0, x ∈ ∂ Ω, t ≥ 0 u ( x, 0 ) = u 0 ( x ), u t ( x, 0 ) = u 1 ( x ), x ∈ Ω. (1.2).
These statements should provide your reporters enough lead to do some research on Bangladesh as it stands out today at the national, regional and global levels, instead of writing fictitious and ill-motivated articles on an imaginary decline of Bangladesh.
Modern continuum mechanics texts and a few biologically-motivated articles provide shear definitions that are mathematically-motivated and rigorous.
In this article, motivated by the work of Bianchi for equilibrium problem [2], we establish the relation between S K and S K, loc D for the GVEP.
In this article, motivated by the references [15 18], we attempt to establish some sharper Lyapunov-type inequalities for (1.4) under the same boundary value conditions of Theorem 1.1.
In this article, motivated by Theorem 1.5, we establish a best proximity point theorem for generalized cyclic contraction mappings in convex metric spaces.
In the present article, motivated by normal S-iteration process, we introduce the S-iteration processes of Newton-like for finding the solution of operator Equation (1.1).
We are thus motivated in this article to overview the advances of synthetic gene circuits towards the programming of bacterial cellular communication and community behaviors.
