Advances in Structural and Mechanical Performances of Structures and Materials

The mechanical and structural performances of constructions are essential for ensuring the safety and well-being of society. Throughout their service lives, materials and structures are subjected to various demands, including dynamic loads such as earthquakes, wind, water, and soil pressure, as well as exposure to extreme conditions such as freeze-thaw cycles, corrosion, and heat. While these challenges vary by region, researchers and engineers worldwide continually strive to address the complex demands imposed by society.

Recent advancements in construction engineering have significantly matured within specialized fields. However, alongside these developments, new challenges have emerged. The construction industry continues to face numerous unresolved issues that require innovative solutions. To encourage progress in this field, an integrated approach that combines various aspects of engineering and materials science is essential. With this vision, this current Special Issue focuses on uniting achievements in both structural and material engineering as a foundational step toward further advancements.

This Special Issue showcases exceptional efforts aimed at addressing the aforementioned challenges. It includes 15 papers on topics spanning from materials science to structural engineering, covering a wide range of construction materials such as wood, concrete, and steel. The collective insights presented in this compilation provide valuable perspectives that can inspire future advancements for researchers and engineers worldwide.