What type of masonry construction utilizes reinforcement to resist forces?

Reinforced masonry construction is designed to effectively resist various forces by incorporating reinforcement materials, typically steel bars or mesh, within the masonry elements such as bricks or blocks. This approach significantly enhances the structural integrity and load-bearing capacity of the masonry, making it able to withstand not only compressive forces but also tensile forces, which unreinforced masonry cannot adequately handle.

In reinforced masonry, the steel reinforcement takes on tension forces while the masonry handles compression, allowing for a more resilient structure that can endure seismic activity, wind loads, and other dynamic forces that may threaten building stability. This method is crucial in ensuring long-term durability and safety in building design.

In contrast, other types of masonry listed do not provide this level of structural support: glass, solid, and unreinforced masonry lack the necessary internal reinforcement to address these forces, making them less suitable for applications requiring greater resilience and strength.