Abstract. Numerical method for reliability sensitivity design is presented based on fourth moment technique, and the reliability sensitivity of the capstan in track-laying vehicle with non-normal random parameters is extensively discussed. The variation regularities of reliability sensitivity are obtained and the effects of design parameters on reliability of the capstan in track-laying vehicle are studied. The method presented in this paper provides the theoretic basis for the reliability design of the capstan in track-laying vehicle, the production can be very useful if it extended to correlated area of machine sensitivity design
AbstractCombining the advantages of the stratified sampling and the importance sampling, a stratifie...
Since conventional optimization that is classified as a deterministic method does not consider the u...
The natural frequencies of a mechanical system are determined by the system parameters such as masse...
Numerical method for reliability sensitivity design is presented based on fourth moment technique,tr...
Based on the reliability-based optimization design theory, the reliability sensitivity technique and...
AbstractBased on the reliability test and statistical analysis of the failure data, the basic task o...
There are usually several potential failure modes in mechanical components. The conventional model f...
permits unrestricted use, distribution, and reproduction in any medium, provided the original work i...
A lot of mechanical parts are subject to failure due to the deterioration. Usually the preventive ma...
Fatigue failure is the typical failure mode of mechanical components subjected to random load-time h...
The reliability analysis procedure based on design of experiment (DOE) is combined with the response...
The stiffness degradation of the servo turret will inevitably lead to accuracy reduction of the cutt...
The vibration problem of the general system is the main object of research. The material properties ...
It is currently difficult to adequately characterize the probability distribution information of rol...
Abstract: A new efficient and accurate method for reliability sensitivity analysis of mechanical com...
AbstractCombining the advantages of the stratified sampling and the importance sampling, a stratifie...
Since conventional optimization that is classified as a deterministic method does not consider the u...
The natural frequencies of a mechanical system are determined by the system parameters such as masse...
Numerical method for reliability sensitivity design is presented based on fourth moment technique,tr...
Based on the reliability-based optimization design theory, the reliability sensitivity technique and...
AbstractBased on the reliability test and statistical analysis of the failure data, the basic task o...
There are usually several potential failure modes in mechanical components. The conventional model f...
permits unrestricted use, distribution, and reproduction in any medium, provided the original work i...
A lot of mechanical parts are subject to failure due to the deterioration. Usually the preventive ma...
Fatigue failure is the typical failure mode of mechanical components subjected to random load-time h...
The reliability analysis procedure based on design of experiment (DOE) is combined with the response...
The stiffness degradation of the servo turret will inevitably lead to accuracy reduction of the cutt...
The vibration problem of the general system is the main object of research. The material properties ...
It is currently difficult to adequately characterize the probability distribution information of rol...
Abstract: A new efficient and accurate method for reliability sensitivity analysis of mechanical com...
AbstractCombining the advantages of the stratified sampling and the importance sampling, a stratifie...
Since conventional optimization that is classified as a deterministic method does not consider the u...
The natural frequencies of a mechanical system are determined by the system parameters such as masse...