Sentence examples for dynamic method for from inspiring English sources
This paper presents a symbolic dynamic method for health monitoring of permanent magnet synchronous motors (PMSMs), which involves abstraction of a qualitative description from a dynamical system representation of the PMSM.
Traditional dynamic method for temperature measurement is generally based on the assumption that the thermal inertia coefficient of a thermocouple junction is invariable (time constant) within the whole measuring process.
The main conclusion of the paper is that enthalpy in function of temperature determined using a dynamic method for DSC can be influenced by certain reasons and finally a methodology to avoid these influences have been proposed.
According to stress and strain analysis of first-order bending mode of concrete cantilever slab and the physical relationship between stress and strain under state of plane stress, the dynamic method for testing Poisson's ratio μ of concrete was proposed.
The validity of the proposed method was confirmed by comparing interaction forces measured by this method with those by the normal dynamic method for the system of a mica plate and a silica particle in electrolyte solutions where an equilibrium was nearly achieved because water molecules and ions moved much faster than surfaces.
The monitoring of extravascular lung water is a valid dynamic method for measuring lung edema at the bedside.
Together we learned not only how to articulate learning goals– which, arguably, we had never been prompted to spell out before but also imaginative, dynamic methods for gauging concrete results for the progress of those goals.
We observed excellent agreement between auscultatory and pulse dynamic methods for systolic (127 +/- 21 versus 132 +/- 20 mmHg; r = 0.97) and diastolic (72 +/- 10 versus 71 +/- 10 mmHg; r = 0.89) blood pressures.
This has resulted in the formulation and formalisation of new reverse engineering and dynamic methods for automated systems modelling of complex systems, including complex biological, financial, control, and artificial neural network systems.
With the advance of computational fluid dynamic methods for simulation of diesel engines, the requirement is felt to find the optimal operational design by scanning through various design points.
Related work has several static and dynamic methods for performance evaluation of parallel computer systems.
