The increasing accumulation of tire waste has become a social environmental and public
health problem because rubber degradation is extremely difficult to achieve and time …

Cementitious materials have complex pore structure, which has a significant impact on
material properties. The present paper aims to determine the quantitative relationship …

The use of construction and demolition waste in the construction industry has been a
constant issue for several years due to the amount of waste generated as well as the need to …

This study aims to propose the use of deep learning methods to classify the thermal damage
of concrete cylinder specimens based on ultrasonic pulse wave data. Data are collected …

To prevent cracks caused by shrinkage of the deck of the Xiaoqing River Bridge, MgO
concrete (MC) and steel fiber reinforced MgO concrete (SMC) were used. The deformation …

When reinforced concrete elements are subjected to high temperatures, such as in a fire,
they are susceptible to physical and chemical changes that cause spalling, thereby …

The portland cement (PC) industry is responsible for approximately 7% of all carbon dioxide
(CO 2) emissions in the world. Blast furnace slag (BFS) has been increasingly used as a …

Reinforced concrete structures are susceptible to chloride ion a ack under different
conditions, such as water reservoirs, coastal regions, and industrial locations. The physical …

Masonry has been widely used as a construction method. However, there is a lack of
information on its fire behavior due to the multitude of variables that could influence this …

Investigating the behavior of self-healing cementitious composites is necessary to know
alternatives that can be applied in structures increasing their life service. Therefore, this …