Sentence examples for constant closed from inspiring English sources

If (f (x,y)=f y)), ∀x and (A u,u =T x)) and the mapping (xto K x)) is a constant closed convex set K, then problem SVMQVIP (1.1) collapses to the set-valued mixed variational inequality problem, denoted by SVMVIP, which consists in finding (xin H) such that exists uin T x mboxquad langle u, y-x rangle+f (y -f (x)geq 0, quad forall y -fK, (1.2) which was considered by Tang and Huang [21].

The formulation provides expressions for the asymptotically correct cross-sectional stiffness constants in closed form, facilitating design-trend studies.

By submitting these elastic constants into closed-form solution, the response of simply supported sandwich panel under uniform load with small deflection is calculated which agrees well with 3D FEM analysis.

DOI: http://dx.doi.org/10.7554/eLife.07192.010 10.7554/eLiFigure92 figuregure 2—figure supplement 5. Effects of the firing-rate estimation time-constant on closed-loop stability of PI control in vitro.

Think six months of constant turmoil behind closed doors from Athens to Brussels.

To derive further results, Einstein combined his redefinitions of time and space with two powerful physical principles: conservation of energy and conservation of mass, which state that the total amount of each remains constant in a closed system.

As the science of physics expanded to cover an ever-wider range of phenomena, it became necessary to include additional forms of energy in order to keep the total amount of energy constant for all closed systems (or to account for changes in total energy for open systems).

Using one-dimensional numerical simulation, the interactions of flame propagation, auto-ignition and pressure wave during various knocking combustion scenarios are systematically investigated, for stoichiometric H2 air mixture fueled in a closed constant volume reactor.

A moiety is a specific functional part of a molecule, and the weighted sum of the number of molecules that contain this functional part is constant in a closed system.

The probability of developing CLAB remained relatively constant in the closed container period (1.4% Days 2-4 to 0.5% Days 8-10), but increased in the open container period (4.9% Days 2-4 to 5.4% Days 8-10).

The hatchery model includes full intermixing of the captive-reared and wild populations after hatchery release and a dynamical hatchery population derived from this mixed population (i.e., two-way gene flow); in contrast, our aquaculture model here assumes a closed, constant cultured population from which spillover occurs to the dynamical wild population (i.e., one-way gene flow).