A consistent seismic hazard and fragility framework considering combined capacity-demand
uncertainties is proposed, in light of the probability density evolution method (PDEM). The …

In practical geotechnical engineering of slopes, it is well-known that the uncertainty of soil
properties and ground motions need to be considered for the safety of the project. The effect …

This paper proposes a unified and efficient direct probability integral method (DPIM) to
calculate the probability density function (PDF) of responses for linear and nonlinear …

The joint probability density function (PDF) of multiple response processes of a system is a
crucial topic in the fields of science and engineering. It is adopted to describe the dependent …

In this paper, an enhanced probability density evolution method (PDEM) framework
considering multiple failure modes and limit states is proposed for reliability analysis of …

In the recent decade, the reliability analysis of a stochastic system coupled with the
uncertainty related to the system's parameter has attracted much attention. Probability …

Simulation of non-Gaussian stochastic processes is of paramount importance to dynamic
reliability assessment of structures driven by non-Gaussian loads. In this paper, a novel …

Reinforced concrete slab-column structures, despite their advantages such as architectural
flexibility and easy construction, are susceptible to punching shear failure. In addition …

In this paper, an efficient approach is proposed for seismic reliability analysis of nonlinear
structures with random parameters subjected to non-stationary stochastic ground motions …

In this paper, stochastic dynamic response and reliability assessment of non-linear
structures driven by non-stationary non-Gaussian ground motions are investigated. First, the …