A masonry cell is defined as a void space greater than what gross cross-sectional area?

A masonry cell is defined as a void space greater than 1-1/2 square inches in gross cross-sectional area. This specification is crucial in the context of masonry construction, as it relates to the structural integrity and performance of masonry units.

Cells in masonry can be utilized for various purposes, including providing space for reinforcing steel, enabling drainage, or accommodating utilities. When a void exceeds the defined area of 1-1/2 square inches, it can significantly impact the load distribution and structural capacity of the masonry element.

Furthermore, knowing this definition helps inspectors evaluate the quality and adherence of masonry construction to building codes, which often set standards for cell sizes to ensure safety and performance. Understanding these parameters enhances the inspector's ability to assess compliance and identify potential structural issues or deficiencies within masonry systems.