Final answer:
The flexural tensile bond strength of a masonry wall is influenced by factors such as the bond strength of the mortar, the compressive strength of the masonry units, the geometry of the wall, the presence of reinforcement, and the condition of the surfaces in contact with the mortar.
Step-by-step explanation:
The flexural tensile bond strength of a masonry wall is a function of several factors:
- The bond strength of the mortar used to hold the masonry units together.
- The compressive strength of the masonry units themselves.
- The geometry and dimensions of the wall, including the height, length, and thickness of the wall.
- The presence of any reinforcement, such as steel bars or wire mesh, embedded within the wall.
- The condition and quality of the surfaces in contact with the mortar, including cleanliness and moisture content.
All of these factors contribute to the flexural tensile bond strength of the masonry wall, which is the ability of the wall to resist breaking or cracking under tensile forces.