The phrase "exponential evolution" is correct and usable in written English.
It can be used to describe a rapid and significant change or development in a particular field or context.
Example: "The exponential evolution of technology over the past decade has transformed the way we communicate and work."
Alternatives: "rapid advancement" or "accelerated development."
This development reflects the exponential evolution of Google from a company that is "open" to one that is selectively closed and willing to exploit its dominant market position to stifle competition.
Traction separation law defined for CZM assumes an initial linear elastic behavior, followed by exponential evolution of damage.
However, the exponential evolution law could also be adopted based on mechanical response of the matrix material.
Recently, we introduced a new technique for signal amplification that uses a distinctive dendritic chain reaction (DCR) to generate exponential evolution of a diagnostic signal.
Zhong et al. (2015) further developed the above mentioned exponential evolution approach for failure analysis of 3D woven composites under tension.
A made observation is that the shape of the curve has an exponential evolution which agrees with the model of Kern and Seaton [16] which was already checked in the first part of the study.
In this model, the association constant describing the exponential time evolution of the complexes formation is proportional to the receptors surface density, while the time evolution of the dissociation is described by the dissociation constant k diss.
Fig. 11 a Exponential damage evolution law for fibre yarn; b linear and exponential laws for fibre failure mode in tension (Zhong et al. 2015).
Except for the longitudinal tension failure modes, the exponential damage evolution laws were still adopted for the fibre yarn in the model.
Meanwhile, the linear and exponential damage evolution laws were used to represent the phenomena of fibre bridging and fibre pull-out in a fibre yarn (Bazant and Planas, 1997; Maimí et al. 2007), as shown in Fig. 11.
We are now a nation playing "catch up" in an industry experiencing exponential growth and evolution.
