First time posting here so forgive my lack of clarity in the query below.
In AS3700 the code states that for the flexural tensile strength of brickwork with any other material is zero unless testing has been undertaken. (Clause 3.3.3b)
For a hit-and-miss brick wall, if horizontal steel flat bars are installed at every fourth course, welded to end columns or embedded into reinforced piers, can the brickwork be designed to span vertically between these supports? Or, due to the lack of tensile capacity or mechanical bond at the brick–steel interface, must the supports be considered free rather than providing top and bottom restraint and thus can only be designed to span horizontally?
I understand that if I was in the middle of the wall I can rely on the self weight of the brickwork above this location and design it for vertical bending, however, for the first few courses this could be an issue.
Secondly are there any papers that have been undertaken to prove whether the tensile capacity is greater than zero?
Thanks for the knowledge
In AS3700 the code states that for the flexural tensile strength of brickwork with any other material is zero unless testing has been undertaken. (Clause 3.3.3b)
For a hit-and-miss brick wall, if horizontal steel flat bars are installed at every fourth course, welded to end columns or embedded into reinforced piers, can the brickwork be designed to span vertically between these supports? Or, due to the lack of tensile capacity or mechanical bond at the brick–steel interface, must the supports be considered free rather than providing top and bottom restraint and thus can only be designed to span horizontally?
I understand that if I was in the middle of the wall I can rely on the self weight of the brickwork above this location and design it for vertical bending, however, for the first few courses this could be an issue.
Secondly are there any papers that have been undertaken to prove whether the tensile capacity is greater than zero?
Thanks for the knowledge