Lowering water-to-cement (w/c) ratio is a conventional method for reducing the diffusion rate
of chlorides in concrete and hence reducing the corrosion risk of internal steel …

The main objective of this study is to investigate underground hydrogen storage in H 2/brine
systems, considering the different brines and the effect of hydrogen flow. This study is …

Defect sites exist abundantly in minerals and play a crucial role for a variety of important
processes. Here molecular dynamics simulations are used to comprehensively investigate …

This investigation focuses on the moment resistance of a composite beam with high-
performance synergized fiber-reinforced concrete (HPFRC) by performing analytical and …

To facilitate fast-built and economical constructions, a unique composite moment frame
system with prefabricated permanent steel form is presented. A conventional steel wide …

In this study, a torsional behavior analysis model is developed for reinforced concrete (RC)
members subjected to combined loads. In the analytical model, a member section is …

Molecular structures of siloxane materials should be highly controlled for achieving
advanced functionalities. However, it is still difficult to precisely control the structure of …

This study aims at developing a torsional strength model based on a nonlinear analysis
method presented in the previous studies. To this end, flexural neutral axis depth of a …

This study aims to develop a torsional behavior model for reinforced concrete (RC) members
subjected to torsional moment combined with flexure. In the suggested method, the cross …

The strength and deformational capacity of slender reinforced concrete (RC) columns
greatly rely on their slenderness ratios, while an additional secondary moment (ie, the P-δ …