The phrase "a function of dimensional" is not correct as it is incomplete and lacks clarity in written English.
It could be used in contexts discussing mathematical or physical concepts, but it needs additional context to be meaningful.
Example: "The behavior of the system is a function of dimensional analysis, which helps us understand the relationships between different physical quantities."
Alternatives: "a function of dimensions" or "a function of dimensionality".
Each page offers stunning exemplars of how the younger generation of experimental writers is challenging received literary wisdom not at the level of the transcendent or the immanent but at the level of what we may call "hypersemantics" (the idea that a written mark's "meaning" is also a function of its dimensional context rather than merely semiotics and cognition).
Flow and heat transfer characteristics are found to be a function of non-dimensional permeability (Da), buoyancy condition and Reynolds number.
Finally, we provide correlations of the heat flux as a function of non-dimensional parameters, finding out that the Nusselt number has a strong dependence on the Grashof number rather than the Reynolds number in this configuration.
Correlations are provided for both jet-A and RME's vaporization performance as a function of non-dimensional inlet air temperature, fuel/air momentum flux ratio and normalized spray traverse distance.
The large-scale indoor experiments used a 3-m diameter gas burner with methane fuel to assess flame height to fire diameter ratios as a function of non-dimensional heat release rates for extrapolation to large-scale LNG fires.
The optical absorption matrix element as a function of one-dimensional (1D) wave vector k, and subband index μ of a single wall carbon nanotube is given analytically for linearly polarized light with polarization parallel to the nanotube axis.
It is shown through a dimensionless analysis that the dimensionless ignition time can be described as a function of non-dimensional ignition temperature, reactor temperature or external incident heat flux, and parameter K which represents the ratio of conduction heat transfer to the external radiation heat transfer.
This paper discusses this method and the related concepts by analyzing a set of simple ideal structures in closed form; this approach allows the formulation of general criteria aimed at defining the effective wind action as a function of non-dimensional structural and wind parameters.
Fig. 3 Mass fraction of the atmospheric loss as a function of non-dimensional atmospheric pressure (σ−1) for the cases of ξ = (a) 100, (b) 500 and (c) 1000 (solid circles and lines).
Fig. 2 Mass fraction of the impact-induced vapor loss as a function of non-dimensional atmospheric pressure (σ−1) for the cases of ξ = (a) 100, (b) 500 and (c) 1000 (solid circles and lines).
