This research introduces an innovative approach to the design and simulation of bio-based
laminated structures, specifically focusing on glue-laminated bamboo (glubam) used in roof …

A shaking table is an experimental facility consisting of a table that loads a structural
specimen and actuators that produce acceleration of the table to simulate seismic motions …

A costly finite element model discourages Bayesian inference of the underlying parameters
from noise-corrupted experimental datasets. This arises because the likelihood of such a …

Bio-based laminated structures offer a timely solution to meet the pressing demand for
resource-efficient and environmentally responsible construction practices in civil …

Steels are widely used as structural materials, making them essential for supporting our lives
and industries. However, further improving the comprehensive properties of steel through …

Crystal plasticity finite element model (CPFEM) is a powerful numerical simulation in the
integrated computational materials engineering toolboxes that relates microstructures to …

Despite its importance in seismic response analysis, solving an inverse problem to identify
the cyclic elastoplastic parameters for structural steels using conventional optimization …

This paper examines the cyclic behavior of a bio-based truss structure with slotted steel
plate bolted connections through a comprehensive approach involving experimental testing …

This paper presents a two-step Bayesian optimization (BO) method for identifying the
elastoplastic material parameters of structural steels subjected to multi-axial cyclic loading. A …

We consider the problem of estimating a temperature-dependent thermal conductivity model
(curve) from temperature measurements. We apply a Bayesian estimation approach that …