The phrase "a complete and consistent" is correct and usable in written English.
It can be used when describing something that is thorough and coherent, often in contexts like reports, analyses, or plans.
Example: "The research paper must present a complete and consistent argument to support its thesis."
Alternatives: "thorough and coherent" or "comprehensive and uniform".
In 1831 he published "Appendix Scientiam Spatii Absolute Veram Exhibens" ("Appendix Explaining the Absolutely True Science of Space"), a complete and consistent system of non-Euclidean geometry as an appendix to his father's book on geometry, Tentamen Juventutem Studiosam in Elementa Matheseos Purae Introducendi (1832; "An Attempt to Introduce Studious Youth to the Elements of Pure Mathematics").
However, determination of a complete and consistent set of data transformations for any given integration task is far from trivial.
This process of predictive perception is your brain wanting to make a complete and consistent image out of incomplete and contradictory data.
A complete and consistent thermodynamic topological characterization of the non-reactive and reactive mixtures was proposed, checking if the consistency equations of the residue curve maps are satisfied.
This expanded traceability is intended to ensure that the resulting structural component and unit specifications will provide a complete and consistent representation of the software requirements baseline.
As a result of our new measurements there now exist for both target elements a complete and consistent database for the production of noble gas isotopes.
The lack of a complete and self consistent data set of all output metrics of interest from a single species, temperature and laboratory motivated the use of simulated outputs from one model as a substitute for measured data in the parameter fitting.
In the appendix, we present a complete and self-consistent description of the analytical development and numerical methods.
The present results provide, for the first time, a complete and self-consistent set of all the relevant inclusive cross sections regarding the whole spectrum of secondary products in nuclear collisions.
In principle, knowledge of the tipper vector and impedance tensor on a sufficiently dense and spatially extended grid allows one to form a complete and self-consistent description of the electromagnetic fields at the ground surface, without knowing the detailed 3D conductivity structure (Becken et al., 2008).
Nevertheless, a number of open questions remain, the most fundamental of which is how general relativity can be reconciled with the laws of quantum physics to produce a complete and self-consistent theory of quantum gravity.
