Sentence examples for by three dimensionless parameters from inspiring English sources

Both models are expressed by three dimensionless parameters.

Both the reflectors are determined by three dimensionless parameters: bottom opening diameter, receiver diameter, and the distance from the bottom to the receiver.

The transition equations from direct drop formation to ligament formation and ligament formation to sheet formation arranged by three dimensionless parameters and compared with various experimental results.

The indentation response of the materials with PGSL can be described only by three dimensionless parameters: the normalized indentation depth, the dimensionless strength gradient parameter, and the normalized PGSL thickness.

A model is then characterized by three dimensionless parameters: (tau _{rm s}), Z, and (Pi equiv eta v_K/c_{rm s}=eta r/H_{rm g}), where (H_{rm g}equiv c_{rm s}/Omega _K) is the vertical scale height of the disk.

The bubble plume behavior is governed by two dimensionless parameters: G, the strength of stratification, and M, the source strength (via airflow rate).

The spherical indentation response for homogeneous materials can be described only by two dimensionless parameters: strain hardening exponent and a unified parameter that can describe effects of both the normalized yield strength and the normalized indentation depth.

It is finally suggested that the FTF of flames stabilized over small injectors may be fully described by four dimensionless parameters ω*, α or h/R, ψ0/R and δcos α/R.

By two dimensionless parameters, it is clearly indicated that the occurrence of autoignition needs both sufficient gas-phase temperature and sufficient concentration of combustible pyrolysis volatiles simultaneously, especially for the larger radiant heating distance condition which is also closer to realistic fire conditions.

So, every path is now described by seven dimensionless parameters collected in (10).

Fluid flow in the coaxial turbulent jet mixer is defined by two dimensionless parameters: flow velocity ratio R = u i / u o, and the average Reynolds number Re = QD/νA, where u i and u o are input velocities of inner stream and outer stream, Q and ν are total flow rate and kinematic viscosity of the fluid mixture, and D and A are the diameter and cross-sectional area of outer tube, respectively.