Research reveals variability in mold susceptibility of bio-based insulation, highlighting the need for rigorous testing and ...

Researchers have developed a 3D-printable concrete that reduces cement use by 40% using cellulose nanofibers and limestone ...

Researchers enhance concrete durability by integrating nano-silica and sisal fibers, improving strength and crack resistance ...

A novel modeling approach for self-healing concrete enhances predictive reliability, addressing early-stage variability and ...

Investigating alkali-treated wood, this research uncovers how chemical modifications and anisotropic structure influence transparency and light transmission.

Research shows ECC shells can transform RC beam-column joints, enhancing load capacity and energy dissipation, crucial for earthquake-resistant design.

Innovative use of 2.5 mm steel wires in RC deep beams leads to over 60 % increase in shear strength, providing a viable method for infrastructure enhancement.

Research shows treating recycled concrete with magnetized water and nano-silica boosts compressive strength by 14% and enhances durability against acid rain.

Concrete builds the modern world but carries a heavy carbon cost. Discover the engineering advantages, material innovations, and decarbonization efforts defining its future.

Understand how construction loans work, from staged funding and risk controls to qualification requirements and permanent financing transitions.

Biocement-producing bacteria have the potential to enhance cement manufacturing and repair, but growing these microbes on-site remains a challenge. Now, researchers reporting in ACS Applied Materials ...

A new study shows that copper mine waste can be converted into a durable, moderate-strength construction binder through alkali activation, offering a lower-carbon alternative to conventional cement ...