Exemplos de uso de Stiffness and damping em Inglês e suas traduções para o Português
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The dynamic stiffness and damping coefficients can be known or unknown.
Beyond that these alloys exhibit significant variations in mechanical properties such as stiffness and damping.
Four-lobe journal bearing provides high stiffness and damping to minimize shaft movement.
The stiffness and damping coefficients of the hydrodynamic bearings are evaluated through the short bearing theory.
The program PILAY NOVAK and ABOUL-ELLA[11] evaluates the stiffness and damping coefficients for an isolated pile.
For the calculation of the stiffness and damping coefficients, it is necessary to define the velocity of the shear waves corresponding to each soil layer.
Another responsibility is the control surface flutter suppression,translated into dynamic stiffness and damping requirements.
In this context, this project proposes the estimation of stiffness and damping of the bearings¿from experimental data¿and the identification of unbalance forces using three different methods: fourier series.
So everything is either replaced, upgraded orenhanced to achieve the desired result- spring stiffness and damping systems, for example.
Our engineers have solved this problem by enabling the stiffness and damping performance of the engine mounts to adapt to changes in driving style and road surface conditions.
Depending on the operating conditions,the electronic system controls the shock absorbers in real time, adapting stiffness and damping to the driving situation.
The use of devices that add stiffness and damping to structures subjected to dynamic actions such as windand earthquake loads, has become increasingly common in civil structures.
Synthetic granite frame, featuring a special shape obtained through state-of-the-art topology optimization software:excellent stiffness and damping capacity.
One of the techniques is now widespread the identification of stiffness and damping of the bearing and the excitation forces of the system.
From these coefficients, the stiffness and damping coefficients for the whole foundation are determined, considering the total number and position of the piles considering the group effect.
An alternative to this problem is the structural control,technology that promotes a change in the properties stiffness and damping of the structure, thus reducing the vibration level.
This model uses a spring-damper system with one translation stiffness and damping coefficient along the axis of the rotor, and two rotational stiffnesses and corresponding damping coefficients about the lateral directions.
The methodology of analysis in based on the programs BLOCKSOLVER, for the dynamic analyses of the shallow and deep foundations for the equipment and PILAY,for the evaluation of the stiffness and damping coefficients of the piles in the vertical and horizontal directions.
This study aims to analyze the behavior of the stiffness and damping parameters of a helical spring with shape memory, attached to a mechanical system of one degree of freedom subjected to an unbalanced force by harmonic excitation and to a temperature control system.
Improved soft-mounting foam for KakuteF7 gives an optimal balance of stiffness and damping for even better gyro performance than before. BetaFlight OSD included.
For the three considered conditions of soil stiffness Models 1, 2 and 3 the values of the stiffness and damping coefficients obtained by the program PILAY, as well as condensed coefficients in the center of the block, are presented in Tables 8, 9 and 10 for each one of the frequencies of operation.
You can use this interface to analyze a journal bearing and its characteristics in terms of stiffness and damping, or in a multiphysics coupling with the Solid Rotor or Beam Rotor interface to study the dynamics of the full rotor assembly.
Different torsional stiffnesses and damping factors are available to provide satisfactory tuning of the torsional vibration behaviour of the drive system.
Some system parameters are uncertainn, such as the stiffness and the damping coefficients of the flexible barrier.
The objective of this study is to investigate the influence of deep cryogenic treatment on mechanical properties(elastic modulus, damping and stiffness) and thermal(phase transformation temperaturesand latent heat processing) of ni48-ti52 alloy.
This paper presents the mathematical development and numerical implementation of a three-dimensional vehicle model, sixteen degrees of freedom, including chassis, wheels, engine and driver,which allows the use of variable stiffness and variable damping coefficient in your suspension systemand the use of different road profiles how exciter source.
The focus of this study is on one of these devices- the adas(added damping and stiffness) damper.
Special attention was given to the stator properties to be a component of high damping and low stiffness.
The different torsional stiffnesses and damping factors available provide the possibility to satisfactorily tune the torsional vibration behaviour of the drive system.
This model uses a spring-damper system with two translational stiffnesses and damping coefficients in the lateral directions of the rotor,and two rotational stiffnesses and corresponding damping coefficients about the lateral directions.