Excitation and transmission of vibration inside electronic packages are strongly connected with mechanical characteristics of their enclosure, which are in the objective for the current research aimed at developing methods and means to reduce vibration inside the enclosure case. The main idea of the introduced methods is in creating elastic and dissipative mechanical joints between structural elements, which appear to be the links for vibration transmission, inside and outside of the electronic package enclosure. The effectiveness of developed methods is proved by experimental verification and theoretical foundation
The paper deals with the dependence of parameters of noise generated by vibrating mechanisms. For th...
A critical-strain-based methodology was proposed to overcome the theoretical limitations of Steinber...
In many technical applications undesired mechanical vibrations are a growing problem. Especially in ...
The paper represents theoretical and experimental vibration analysis of electronic packages. The res...
Mathematical modeling and experimental research represented in this paper is aimed at dynamic force ...
The influence of destabilizing factors affecting the design of the electronic module is considered. ...
International audienceThe sensitive electronic components used in military and aerospace application...
In this thesis, vibration analyses of electronic assemblies that consist of an electronic box, print...
Electronic units form a considerable part of the spacecraft bus mass budget, and a significant mass ...
Since many years, the University of Liege is involved in micro-electronics and micro-electromechanic...
In this paper, the vibration and shock of an HDD car-holder are reduced through vibration analysis a...
The investigation is concerned with the problem of reduction of noise and acoustic vibrations produc...
Content of this work is oriented on mechanical testing of PWB. Deals with standards related to mecha...
This paper develops a novel full analytic model for vibration analysis of solid-state electronic com...
AbstractPower plants of different kinds are widely used in modern machinery, energetic, chemical ind...
The paper deals with the dependence of parameters of noise generated by vibrating mechanisms. For th...
A critical-strain-based methodology was proposed to overcome the theoretical limitations of Steinber...
In many technical applications undesired mechanical vibrations are a growing problem. Especially in ...
The paper represents theoretical and experimental vibration analysis of electronic packages. The res...
Mathematical modeling and experimental research represented in this paper is aimed at dynamic force ...
The influence of destabilizing factors affecting the design of the electronic module is considered. ...
International audienceThe sensitive electronic components used in military and aerospace application...
In this thesis, vibration analyses of electronic assemblies that consist of an electronic box, print...
Electronic units form a considerable part of the spacecraft bus mass budget, and a significant mass ...
Since many years, the University of Liege is involved in micro-electronics and micro-electromechanic...
In this paper, the vibration and shock of an HDD car-holder are reduced through vibration analysis a...
The investigation is concerned with the problem of reduction of noise and acoustic vibrations produc...
Content of this work is oriented on mechanical testing of PWB. Deals with standards related to mecha...
This paper develops a novel full analytic model for vibration analysis of solid-state electronic com...
AbstractPower plants of different kinds are widely used in modern machinery, energetic, chemical ind...
The paper deals with the dependence of parameters of noise generated by vibrating mechanisms. For th...
A critical-strain-based methodology was proposed to overcome the theoretical limitations of Steinber...
In many technical applications undesired mechanical vibrations are a growing problem. Especially in ...