Sentence examples for generalized masses from inspiring English sources

The effects on other dynamic properties, such as variations in the generalized masses and in the modal shapes, are studied and commented upon.

An example of a three-beam assemblage representing an airplane wing is posed, and exact numerical solutions are tabulated for natural frequencies and generalized masses.

The element matrix can be used in the dynamic stiffness method for calculation of exact natural frequencies, mode shapes, and generalized masses for planar assemblages of connected bending-torsion beams.

A computer code is developed to furnish the details of the frequencies, mode shapes (displacement, slope, shear force and bending moment) and generalized masses for the uncoupled flexural vibrations of straight beams with all possible boundary conditions, accounting for complicating effects such as shear deformation, rotary inertia, variable axial loading and flexibility of supports.

Principal features of the tool are: automatic generation of generalized mass action model from the chemical reactions involved in the system; automatic estimation of the initial guesses and bounds for the parameter values; estimate of the propagation of the experimental errors from the input data to the parameter estimates; estimation of the level of noise in the input data.

The first step in the phenotypic deconstruction of these nonlinear models is to recast them into a generic form known as a generalized mass action (GMA) system in which the exponents need not be the small integer values of mass action systems but can be real numbers, including those with negative values.

As in previous approaches [ 19- 22], we automatically translated a metabolic network model into a kinetic model using generic expressions, a particular case of generalized mass action (GMA) kinetics, for the reaction rates [ 23].

Entropy generation minimization for a class of isothermal crystallization processes with a generalized mass diffusion law is investigated in this paper.

The generalized mass matrix M s and the generalized force vector h s are given as.

where M s is a generalized mass matrix and h s is a generalized force vector.

Expressions for generalized mass, generalized stiffness and generalized aerodynamic force terms are derived in compact explicit form.