In order to solve the problem of implicit function and long simulation time in reliability analysis of complex mechanical structure, the reliability calculation method based on Kriging and Monte Carlo is adopted. In order to improve the accuracy of Kriging model quickly, the sample points which minimize the value of learning function are selected and substituted into the model. A learning stopping condition is proposed, which ensures the prediction accuracy of sample point symbols and significantly reduces the number of learning times. Finally, the numerical minimization problem and the artillery coordinator are taken as examples to verify the correctness of the proposed method
The seismic reliability calculation of complex building structures requires a lot of simulation anal...
Reliability analysis is time consuming, and high efficiency could be maintained through the integrat...
When limit-state functions are highly nonlinear, traditional reliability methods, such as the first ...
Aiming at the problems of implicit and highly nonlinear limit state function in the process of relia...
Aiming at the problems of implicit and highly nonlinear limit state function in the process of relia...
When the reliability analysis of the mechanical products with high nonlinearity and time-consuming r...
When the reliability analysis of the mechanical products with high nonlinearity and time-consuming r...
When the reliability analysis of the mechanical products with high nonlinearity and time-consuming r...
In recent years, reliability analysis methods based on the Kriging surrogate model have often been e...
Complex implicit performance functions widely exist in many engineering problems. The reliability an...
Due to uncertainties and time-varying parameters in design, manufacturing, and commissioning, many s...
Active learning methods have recently surged in the literature due to their ability to solve complex...
The main task of structural reliability analysis is to estimate failure probability of a studied str...
The main task of structural reliability analysis is to estimate failure probability of a studied str...
Structural reliability analysis aims at assessing the safety of structures which often operate under...
The seismic reliability calculation of complex building structures requires a lot of simulation anal...
Reliability analysis is time consuming, and high efficiency could be maintained through the integrat...
When limit-state functions are highly nonlinear, traditional reliability methods, such as the first ...
Aiming at the problems of implicit and highly nonlinear limit state function in the process of relia...
Aiming at the problems of implicit and highly nonlinear limit state function in the process of relia...
When the reliability analysis of the mechanical products with high nonlinearity and time-consuming r...
When the reliability analysis of the mechanical products with high nonlinearity and time-consuming r...
When the reliability analysis of the mechanical products with high nonlinearity and time-consuming r...
In recent years, reliability analysis methods based on the Kriging surrogate model have often been e...
Complex implicit performance functions widely exist in many engineering problems. The reliability an...
Due to uncertainties and time-varying parameters in design, manufacturing, and commissioning, many s...
Active learning methods have recently surged in the literature due to their ability to solve complex...
The main task of structural reliability analysis is to estimate failure probability of a studied str...
The main task of structural reliability analysis is to estimate failure probability of a studied str...
Structural reliability analysis aims at assessing the safety of structures which often operate under...
The seismic reliability calculation of complex building structures requires a lot of simulation anal...
Reliability analysis is time consuming, and high efficiency could be maintained through the integrat...
When limit-state functions are highly nonlinear, traditional reliability methods, such as the first ...