"comprehensive formulation" is a correct and usable phrase in written English.
It is often used in academic or technical writing to describe a thorough and all-encompassing statement or plan. Example: The research team presented a comprehensive formulation of their proposed solution to the complex environmental issue.
The work presented in this paper is based on an existing comprehensive formulation for rotating flexible systems.
Finally, combining with the calibrated cutting coefficients and runout parameters, comprehensive formulation of the cutting force system is set up.
Isaac Albalag (13th century) propounded an Averroist (rationalistic) interpretation of the Bible predicated on a theory of double truth (of reason and revelation), while Gersonides (Levi ben Gershom; 1288 1344), gave Jewish Aristotelianism a new and comprehensive formulation.
A new comprehensive formulation of the shadowing and irradiating level on the collector, able to take into account the finite length geometry with variable dimensions, is presented.
A systematic approach that yields a comprehensive formulation and rational treatment plan will increase the probability of a successful outcome and return to health.
By choosing experimental protocols that use an unloaded reference configuration, we developed a comprehensive formulation for the multiaxial annular elastic behavior.
Increasing complexity in spacecraft design requires new ways for comprehensive problem formulation.
In this paper, a comprehensive numerical formulation of a Transmission Line loudspeaker is presented, which is based in a finite difference approach of the governing equations, including the effects of the absorbing material allocated inside the pipe.
This paper introduces a comprehensive mathematical formulation of the ETN from a system-level perspective, in which the steady-state distribution of the traffic flow is described by Wardrop user equilibrium, while the operating status of the power grid is characterized by a linearized branch power flow model.
The hope of this paper is that of providing anyway an interesting contribution to the literature of this complex field by showing a possible comprehensive theoretical formulation of the problem and its applicability to a real context.
The contribution of this work is fourfold: First, we present a detailed and comprehensive mathematical formulation of the TARP, which arises in the case of the non-unique identification of sensor motes, including the governing equations and its optimal ILP-based optimization problem.
