Structures and mechanical components are frequently subjected to the oscillating loads which are random in nature. Random vibration theory has been introduced for more then three decades to deal with all kinds of random vibration behaviour. Since fatigue is one of the primary causes of component failure, fatigue life prediction has become a most important issue in almost any random vibration problem [1–4]. Nearly all structures or component
AbstractIndustrial components subjected to random vibration fatigue (loading with a power spectral d...
Cette thèse porte sur l'analyse de l'endommagement par fatigue et optimisation fiabiliste des struct...
This work addresses the problem of predicting the reliability due to fatigue of MDOF structures subj...
of vibrations that lack straightforward cyclic repetition. By Santhosh M. Kumar, Technical Support E...
Spectral methods use analytical expressions to estimate the fatigue damage in vibrating structures s...
This paper presents the finite element analysis technique to predict the fatigue life using the narr...
The purpose of this thesis is to study the failure prediction of structures subjected to random vibr...
Random Vibrations: Theory and Practice covers the theory and analysis of mechanical and structural s...
This thesis presents several developments in analysing the fatigue life of mechanical components sub...
Aiming at most of the aviation products are facing the problem of fatigue fracture in vibration envi...
Modern military aerial and ground vehicles have given rise to a host of new reliability problems in ...
The paper’s content allowed us to determine the fatigue life of a component that is being subjected ...
Random vibration is the phenomenon wherein random excitation applied to a mechanical system induces ...
Statistical analysis methods are developed for determining fatigue time to failure for nonlinear str...
This paper presents the finite element analysis technique topredict the fatigue life using the narro...
AbstractIndustrial components subjected to random vibration fatigue (loading with a power spectral d...
Cette thèse porte sur l'analyse de l'endommagement par fatigue et optimisation fiabiliste des struct...
This work addresses the problem of predicting the reliability due to fatigue of MDOF structures subj...
of vibrations that lack straightforward cyclic repetition. By Santhosh M. Kumar, Technical Support E...
Spectral methods use analytical expressions to estimate the fatigue damage in vibrating structures s...
This paper presents the finite element analysis technique to predict the fatigue life using the narr...
The purpose of this thesis is to study the failure prediction of structures subjected to random vibr...
Random Vibrations: Theory and Practice covers the theory and analysis of mechanical and structural s...
This thesis presents several developments in analysing the fatigue life of mechanical components sub...
Aiming at most of the aviation products are facing the problem of fatigue fracture in vibration envi...
Modern military aerial and ground vehicles have given rise to a host of new reliability problems in ...
The paper’s content allowed us to determine the fatigue life of a component that is being subjected ...
Random vibration is the phenomenon wherein random excitation applied to a mechanical system induces ...
Statistical analysis methods are developed for determining fatigue time to failure for nonlinear str...
This paper presents the finite element analysis technique topredict the fatigue life using the narro...
AbstractIndustrial components subjected to random vibration fatigue (loading with a power spectral d...
Cette thèse porte sur l'analyse de l'endommagement par fatigue et optimisation fiabiliste des struct...
This work addresses the problem of predicting the reliability due to fatigue of MDOF structures subj...