'turbulent development' is a correct and usable phrase in written English.
You can use it to describe a situation or event which has progressed in an unpredictable and chaotic way. For example: "The economies of many countries have experienced turbulent development over the last decade due to frequent political and economic uncertainty."
The voice that so electrified young men thirty years ago came as a turbulent development in Mailer's war with America and with himself; it was the greatest reach of a persistent rebellion going back to the fifties.
While cases of ionospheric depletions without radar echoes are possible (e.g., Saito et al. 2008), most generally meter-scale irregularities are generated during the turbulent, development phase of plasma bubbles (e.g., Rodrigues et al. 2004).
The lack of deadlines, poor communication and synchronization between the various departments, and continuing changes to the script and to cutscenes led to a turbulent development.
Which wasn't all that much, given The Stick of Truth was considered a surprisingly competent role-player by many a critic, ultimately admirably crafted by Obsidian Entertainment (Fallout: New Vegas, Pillars of Eternity) despite some turbulent development.
According to Slattery, the lack of deadlines, poor communication and synchronization between the various departments, and continuing changes to the script and to cutscenes led to a turbulent development.
The day's turbulent developments reflect an ominously divided country, and region.
The first round of the United States Open was suspended by rain and lightning, but the most turbulent developments occurred on the golf course.
These turbulent developments culminated in the refusal of the Army's leaders to obey their civilian superiors during the catastrophe of June 1940, the first such insubordination in modern French republican history.
It is found that the modes of flame acceleration and DDT in these two channels are different, being primarily controlled by viscosity and turbulent flame development, respectively.
This results in a turbulent flame development.
The local turbulent flame development is modeled by means of the G-equation, which provides a strict correlation to the laminar flame speed which, in turn, is a chemical property of the gas mixture.
