'turbulent context' is an acceptable phrase in written English.
It is usually used to refer to a chaotic or troubling situation, especially a political, economic, or social one. For example, you could say, "The events of 2020 have taken place in a turbulent context, making it a difficult year for many people."
Within that turbulent context, I created an unusual kind of theater that many people found strange -- a theater in which the actors spoke in uninflected tones, staring at the audience and simply repeating words heard on loudspeakers.
They stress that public sector organisations must adopt strategic planning practices if they are to improve their management in the long-term, to guide public institutions, and to improve their performance in an increasingly turbulent context [ 3].
The available literature outside the health field was studied in some detail, to gain insights about the influence of such turbulent contexts on the respective healthcare arenas.
In the turbulent political context, this spurred the actors to think about their own creative and professional bonds: "We realised that Tasso himself had a lot in common with us," says Werner Rehm, "he was dependent on his patron, the duke, and we were dependent on our theatre manager.
This study focuses on how to work towards disruptive DEG innovation in a turbulent strategic context by employing a strategy of simple rules.
There is some consensus in the literature that - especially in turbulent and complex contexts - strategic tools are required to achieve higher levels of performance [ 1, 2].
The current research introduces a new mathematical framework to develop coalescence models for turbulent flows in the context of population balance equations.
Here, a dynamic model for describing the turbulent burning velocity in the context of LES is presented.
In Part II, the MMC mixing model is validated in the context of inhomogeneous turbulent reactive flows using Sandia flame D F experimental data.
The method is then applied to the resolution of the linear advection diffusion equation and to a sensitivity analysis for a turbulent transonic flow in the context of aerodynamic shape optimization.
To study the implications of the use of this reduced chemistry in the context of a turbulent flame simulation, this mechanism has been implemented in a compressible explicit code and applied to the simulation of a supersonic lifted co-flowing hydrogen air flame.
