The phrase "authors to develop a" is correct and usable in written English.
It can be used when discussing the responsibilities or tasks assigned to authors, particularly in the context of writing or creating content.
Example: "The conference aims to provide resources for authors to develop a deeper understanding of narrative techniques."
Alternatives: "writers to create a" or "creators to produce a".
Preliminary results of this experimentation have led authors to develop a linear model that estimates the modification of electric demand caused by direct load control.
Thus, the empirical findings regarding the activities of zakah management organizations motivated the authors to develop a process model for developing entrepreneurship skills relating to small scale enterprises.
All the above results have been used by the authors to develop a technique to change dynamically the forwarding probability according to the network density.
Simulations for sensitivity to the value of the diffusion coefficient enabled the authors to develop a phenomenological law indicating that the extent of the mineral transformations is proportional to the square root of the diffusion time and the diffusion coefficient.
In particular, HERWIG can simulate the neutrino interaction and, in a previous work (Ambrosio et al., 2003), it was already combined with the Monte Carlo CORSIKA (Heck et al., 1998), by some of the present authors, to develop a new version of CORSIKA capable of simulating atmospheric showers induced by neutrinos.
The important computational cost and complexity of this numerical methodology leaded the authors to develop a simple numerical model based on the assumption that the exchange between the air and phase change material inside the ventilated facade occurs at isothermal conditions.
Efforts to address these considerations led the authors to develop an enhanced version of the Spill Management Information System (SMIS 2.0).
These two issues became the motivation for the authors to develop an alternative and faster tool which was ultimately named Viraph (standing for Visibility graph).
In this paper, the attempts made by the authors to develop an artificial neural network system for prediction of injection moulding process parameters is presented.
The problem of characterizing thin layer ceramic deposited by plasma spraying has led the authors to develop an original means to determine materials, elastic constants by using a free vibration method.
The above example has motivated the authors to develop an effective numerical algorithm for elliptic obstacle problems in 2D which detects the neighboring set of the free boundary, determines the subgrid proportions (r's), and updates the solution for an improved accuracy using subgrid FD schemes.
