Sentence examples for frequencies of structures from inspiring English sources

Natural frequencies of structures are usually convenient to acquire with a high precision in engineering.

A stiffness equation transfer method is proposed for obtaining vibration frequencies of structures.

With the increase of the inclination angle of the truss αc, the natural frequencies of structures experience a slight decline.

However, the natural frequencies of structures from free vibration analysis depend, among other things, on their geometry, boundary conditions, material property and the nature of the surrounding medium.

This paper deals with the evaluation of the lower and upper bounds of the natural frequencies of structures with uncertain-but-bounded parameters.

This paper presents an exact analytical approach to the calculation of the natural frequencies of structures comprising contiguous, three-dimensional shear torsion beams with doubly asymmetric cross-section.

The functional to be minimized describes the difference between the measured and numerically calculated eigen frequencies of structure.

With knowledge obtained from different studies of tractor vibrations in working conditions, test rig performance criteria (maximum load, amplitude and frequency), kinematic (actuator placement, choice of joints) and dynamic (resonance frequencies of structure, allowable stresses) are specified.

This can be seen in Table 23, which shows frequency of structures in descending order.

Dynamic evaluation is performed to obtain the natural frequency of structures by using the SSI and ARMA model.

Based on the bi-direction evolutionary structural optimization (BESO) method, a concurrent two-scale topology optimization algorithm is proposed for maximizing natural frequency of structures.