Sentence examples for a framework of classical from inspiring English sources

He wrote not only out of his own suffering and damage, but also out of his nation's, rooting his sense of America's modern failures in a framework of classical tragedy.

The odd proximity of the camera, the surprising acuteness of angles, the abrupt editing of long and fluid sequences, all suggest musical phrases, the churning and unstable energies of youth in a framework of classical grandeur.

The experiments can be seen within a general framework of classical conditioning, wherein one can choose an arbitrary new signal and try to train it, by means of association, to become effective at controlling some arbitrary attribute of appearance.

Based on an equation that was derived in the framework of classical irreversible thermodynamics, a dimensionless number was introduced that plays a crucial role in determining the thermal diffusion in polymer solutions.

Within the framework of classical mechanics, a model for a concrete system can be defined by a single function called a Hamiltonian.

In a few studies within the framework of classical test theory, de Boer et al. translated and further validated the Dutch version of the LVQOL [ 13, 14].

Previous studies established the behavior of the first natural frequencies of the bending motion of a thin composite plate in the framework of classical plate theory for different boundary conditions.

Although the book ends with Augustine's masterpiece, The City of God, in which the saint subjected the entire framework of classical history to a radically Christian makeover, attempts at cultural appropriation in antiquity generally reflected not hostility to what had gone before, but rather a profound sense of identification with it.

Using a thermodynamically consistent model developed in the framework of classical irreversible thermodynamics, we quantitatively describe the drying kinetics and evolution of concentration and temperature profiles during the course of drying of the solvent.

n f ( x + n y ) + f ( n x − y ) = n ( n 2 + 1 ) 2 [ f ( x + y ) + f ( x − y ) ] + ( n 4 − 1 ) f ( y ), where n ≥ 2 is a fixed integer, in the setting of ℒ-fuzzy normed spaces that in turn generalize a Hyers-Ulam stability result in the framework of classical normed spaces.

f 3 x + y + f 3 x - y =  3 f x + y +  3 f x - y +  48 f x. in the setting of various -fuzzy normed spaces that in turn generalize a Hyers-Ulam stability result in the framework of classical normed spaces.