Michael Beer
0000-0002-0611-0345
Gottfried Wilhelm Leibniz Universität Hannover
482 papers found
Refreshing results…
Climate Change Impacts on the Risk Assessment of Concrete Civil Infrastructures
Interval Predictor Model for the Survival Signature Using Monotone Radial Basis Functions
Quantitative Risk Assessment of Seismically Loaded Slopes in Spatially Variable Soils with Depth-Dependent Strength
Efficiency comparison of MCMC and Transport Map Bayesian posterior estimation for structural health monitoring
Resilience Assessment under Imprecise Probability
rLSTM-AE for dimension reduction and its application to active learning-based dynamic reliability analysis
Bayesian active learning line sampling with log-normal process for rare-event probability estimation
Estimation of Response Expectation Bounds under Parametric P-Boxes by Combining Bayesian Global Optimization with Unscented Transform
Semi-Bayesian active learning quadrature for estimating extremely low failure probabilities
An efficient method for reliability-based design optimization of structures under random excitation by mapping between reliability and operator norm
Bayesian reinforcement learning reliability analysis
Parallelization of adaptive Bayesian cubature using multimodal optimization algorithms
Peridynamics-based large-deformation simulations for near-fault landslides considering soil uncertainty
A sequential sampling-based Bayesian numerical method for reliability-based design optimization
Health prognosis of bearings based on transferable autoregressive recurrent adaptation with few-shot learning
Relaxed evolutionary power spectral density functions: A probabilistic approach to model uncertainties of non-stationary stochastic signals
Efficient slope reliability analysis under soil spatial variability using maximum entropy distribution with fractional moments
Deep learning-based prediction of wind-induced lateral displacement response of suspension bridge decks for structural health monitoring
Structural reliability analysis with extremely small failure probabilities: A quasi-Bayesian active learning method
Refined parallel adaptive Bayesian quadrature for estimating small failure probabilities
Missing publications? Search for publications with a matching author name.