Sentence examples for developing boundaries from inspiring English sources
Developing boundaries for out-of-range values required a collaborative effort between the data manager and the clinician-investigators.
We recommend that GP training organisations have a role in mentoring registrars to engender a strong sense of professional identity and intellectual engagement in rural practice, while developing boundaries around work in order to invest in mutually supporting personal relationships outside medicine [ 11, 27].
As a non-codependent, you are developing boundaries where there were none; it may help to distance yourself from the family member that you are most codependent with (there always seems to be a primary one), or each member in their own way.
Suggestions are presented for developing boundary-spanning management options and for incentivising collaborative conservation through a revised ESS.
A method for generating three-dimensional, time-dependent turbulent inflow data for simulations of complex spatially developing boundary layers is described.
The wall region is considered as a mosaic of patches of periodically replaced developing boundary layers which are partially steady and partially transient.
Such geometry naturally arises in the simulation of homogeneous, linear nonequilibrium flow modeled with periodic boundary conditions, and recent progress has been made developing boundary conditions suitable for general 3D flows of this type.
i1 and i2 marks the presence of new initia where the CFP-N7 signal decreases and the white arrows points toward a new developing boundary where the CFP-N7 signal increases.
A modified numerical method for multiphase flow and the developed boundary conditions to promote the convergence of steady solutions are also proposed.
For the implicit operator we develop boundary conditions and give a complete proof of strong stability using the Laplace transform technique.
Starting from a recently developed boundary element formulation (Carbone and Putignano, 2013), we derive a methodology which accounts for finite thickness by a corrective coefficient modulating the classical Greens function, and extends our analyses to periodic domains.
