The phrase "absorber effect" is not commonly used in written English and may not be widely recognized.
It could be used in contexts related to physics or engineering, particularly when discussing how certain materials or systems absorb energy or impact.
Example: "The absorber effect in this material allows it to reduce vibrations significantly."
Alternatives: "absorption effect" or "damping effect".
It is found that both approaches exhibit the absorber effect of the coupled system.
The dynamic absorber effect results from an interaction between modes associated with the individual substructures, e.g. the spindle-holder and tool in the spindle-holder tool aspindle-holder tool
The internal energy transfer of a first symmetric mode into first anti-symmetric mode in a curved panel is one example of autoparametric vibration absorber effect.
In this paper, we apply Receptance Coupling Substructure Analysis to develop models for a stacked flexure setup and a spindle-holder tool aspindle-holder tool investigassembly'dynamin absorder effecto that can investigate systhe dynamic stiffness and, therefore, increase the critical stability limit in machining.
This approach to actuation may provide some practical benefits in the active control of vibration and structure-borne noise: system reliability may be improved by removing the actuator from a structural load path; effective discrete point-force actuation permits ready attachment to curved surfaces, and an inherent passive vibration absorber effect can reduce power requirements.
A 3D fuel bundle neutronic analysis is performed for a limited number of geometries to determine attainable discharge burnup, pin-by-pin power distribution, axial power distribution, reactivity coefficients, reactivity worth of control elements and burnable absorber effects.
Finally, a quantity which characterizes the absorbers edge effect numerically is plotted over the impedance plane of the absorber for both types of sound incidence.
The optimum thickness of the absorber, the effects of the absorber quality, the defect density of interfaces, the effects of VBO and CBO, the interface contact at front and back electrodes were analyzed.
The purpose of this paper is to present a modified absorber with inertia effect of the spring mass considered.
These include the hot-electron effect, absorber decoupling, thermometer non-ohmic behavior, and all related extra noise sources.
Numerical results reveal that the spring mass of the absorber has the effect of suppressing the maximum dynamic responses of the main structural system and should be considered in the formulation to agree with the practical situation.
