It is straightforward to eliminate the current multipliers and the tensorial
internal variable Q.
mu]][psi] so that their transformation properties under [eta]-background coordinate changes are tensorial
approach to computational continuum mechanics using oh)ect-oriented techniques, Computers in Physics, Vol.
transformations of double gai sequence spaces, International Journal of Computational and Mathematical Sciences, 3(2009), 186-188.
where "*" represents the tensorial
product "[cross product]", we deduce by a direct calculation that
When Lintenstrauss and Pelczynski addressed his work at the rebirth of Banach space theory, they shed his Fundamental Inequality in the trappings of operator ideals by shedding the tensorial
Within minutes after application, this tensorial
activity softens skin and makes it appear younger.
Original capitalisation and sources: ALETORNIS (CD), ATELORNIS (CD), LAIRSTONE (Web3), LARSONITE (an inhabitant of Larson, N Dakota, coinage), LATNEIROS (plural, Dunkling: English House Names, The Name Society), LORENTIAS (plural of plant genus, DFPF), ORIENTALS (Borgmann), ORLEANIST (Borgmann), RELATIONS (Borgmann), ROTALINES (F&W NSD), SEROTINAL (Borgmann), TAILERONS (OED), TENSORIAL
(Borgmann), TERNIOLAS (plural of plant genus, DFPF), TIROLEANS (Borgmann), TORNELIAS (plural of plant genus, DFPF), TRIOLENAS (plural of plant genus, DFPF).
This can be easily generalized to the multivariate case through tensorial
Buckminster Fuller and characterized by a continuous tensorial
network (tendons) supported by a discontinuous set of compressive elements (struts).
The fundamental mathematical theorem determines the variation of any scalar, vectorial and tensorial
physical quantity, both as defined on the material particle, as well as on the surrounding spacetime.
The virtual species, -Lg(1 - X) = Lg[1/(1-X)], of "connected" linear orders, is a "cousin" of the tensorial
species, Lie(X), of free Lie algebras (see A.
It is known from other examples, like electric permittivity, that tensorial
quantities are required to describe the behaviour of anisotropic materials.
In this paper a tensorial
model is proposed to quantify the machining geometric defects.
Depending on the nature of the problem, damage variables are characterized in terms of stresses, strains, and/or some other associated internal state variables , and are written as scalars, or second-, or fourth-order tensorial