Sentence examples for principal design parameters from inspiring English sources

In this work, we have developed a rigid body dynamics model for a representative howitzer system, and used relatively simple experimental procedures to estimate its principal design parameters.

Calculations for systematic variations of the principal design parameters show that the separating screen height and the ceiling absorption have the largest effects on expected speech privacy.

It is one of the principal design parameters for potential applications of particles as emulsion/foam stabilizers, functional coatings and other novel materials.

By imposing equality constraints on required damping force and dynamic range of the vibration model, the principal design parameters, such as electrode length, can be determined from the non-dimensional analysis.

This paper evaluates the principal design parameters affecting the thermal performance of embedded hydronic Thermally Active Surfaces (TAS), combining the Response Surface Method (RSM) with the Finite Elements Method (FEM).

For this, the effects of the variation of the principal design parameters on the rotary air preheater efficiency, the exergy efficiency, and the efficiency of the thermal power plant are examined by changing a number of parameters of rotary air preheater.

In the process of the super-structure stiffness design, an improved and advanced inverse formulation is developed which regards the fundamental natural frequency of the interaction model as a principal design parameter.

Initial determination of principal dimensions and key design parameters is the core of overall craft design.

It is concluded that the acquired Pareto optimal configurations provide principal understanding into the design parameters and allow autonomy of selection among the optimal solutions.

The proposed models correlate the concrete true-triaxial strength (σ1) to mix design parameters and principal stresses (σ2,σ3), needless of conducting any time-consuming laboratory experiments.

This paper investigates potential differences in the directions (or angles) of principal stress and principal strain and evaluates the relative influence of design parameters on the divergence of these angles.