Sentence examples for degrees of resolve from inspiring English sources

Her pristine blank paper is often first interrupted by figure drawings in varying degrees of resolve, before being gessoed over, drawn upon again, gessoed again -- these steps repeating in a garret she calls "the spatter room" as needed until she arrives at something she likes, "the essence that will undergird the final artwork".

There is an assured degree of resolve as she talks about the future.

"The question now," it added, "is whether the nation can show any serious degree of resolve and coordination in confronting terror".

The code automatically produces an FE mesh with minimal number of degrees of freedom, resolving all singularities within a prescribed error tolerance.

The use of frequency-dependent spectral element matrix (or exact dynamic stiffness matrix) in structural dynamics is known to provide extremely accurate solutions, while reducing the total number of degrees-of-freedom to resolve the computational and cost problems.

Immunopathological H&E scoring revealed a degree of inflammatory resolve in OVA control mice between days 35 and 55, in accordance with published reports 3.

The use of frequency-dependent spectral element matrix (or exact dynamic stiffness matrix) in structural dynamics is known to provide very accurate solutions, while reducing the number of degrees of freedom to resolve the computational and cost problems.

These pressure degrees of freedom readily resolve the tangential flow along the solid surface inside the gap and are two-way coupled to the pressure degrees of freedom on the grid allowing the fluid to freely flow into and out of the gap region.

Therefore, we demonstrated that the degree of areally resolved bone mineral is primarily associated with the amount of physiological osteoid present and the thickness of mineralized bone in trabeculae.

To resolve extra degrees of freedom introduced by the base mobility, we proposed additional constraint functions directly in the task space of mobile manipulator.

The exact method also differs from approximate methods in that the same number of solution degrees of freedom is needed to resolve low frequency, and arbitrarily high frequency, dispersion branches.