Multiobjective reliability-based design optimization (RBDO) is a research area, which has
not been investigated in the literatures comparing with single-objective RBDO. This work …

To improve the computational cost and accuracy for the multi-objective reliability design of
complex structures, a synchronous modeling concept is proposed by introducing matrix …

High-durability concrete is required in extremely cold or ocean environments, making the
design of concrete mixes highly important and complicated. In this study, a hybrid intelligent …

Energy consumption and motion accuracy are both important performance metrics for
underwater gliders, which are closely related to the glider control parameters values. For the …

Enhancing reliability in complex systems often leads to allocating redundant elements and
identifying the system configuration by connecting various stages. Most of the redundancy …

The inverse parameter's estimation of unsaturated seepage models is important to ensure
the safety of earth dams, while most existing studies determine the hydraulic characteristics …

This study considers the optimum design of reinforced concrete combined footings. Analysis
and design procedures are developed based on the American Concrete Institute (ACI 318 …

In this paper, a single-loop multi-objective formulation for reliability-based design
optimization is proposed in which the reliability analysis is approximated using Karush …

Reliability-based design optimization (RBDO) has been an important research field with the
increasing demand for product reliability in practical applications. This paper presents a new …

To maintain the optimal aerodynamic configuration of morphing nose cone for aerospace
vehicle according to environmental changes, honeybee abdomen, as a typical example that …