Final answer:
In CMU wall construction, the masonry module is a standardized dimension that minimizes the need for cutting masonry units. This module includes the size of the block and the mortar joint, allowing for a cohesive and repetitive pattern in the wall layout. The standard masonry module often used aligns with the dimensions of CMUs plus mortar joints.
Step-by-step explanation:
The concept of a masonry module refers to a standardized dimension that is commonly used in the construction of CMU (Concrete Masonry Unit) walls. This module is essential in the design and construction phases because it reduces the need to cut masonry units, thus ensuring efficiency and a more visually pleasing result. In practice, the module size should integrate multiple dimensions of the CMU, including its width, height, and length, as well as the mortar joint thickness, to create a repetitive pattern that becomes the standard for the wall layout.
Unlike the Mycenaean citadel sites which used Cyclopean masonry, a method characterized by the use of large ashlar stone blocks believed to be moved by mythical giants, contemporary masonry work often involves smaller, more manageable units such as CMUs. These units are modular, allowing for design flexibility while maintaining the structural integrity without needing extensive cutting. The CMU module is therefore important in the planning of wall dimensions to ensure that the wall size fits these units seamlessly.
The standard masonry module used in CMU walls has a dimension that typically incorporates the size of the masonry unit plus a mortar joint, resulting in a repetitive and consistent pattern in the construction. For example, a common module might be 16 inches in length by 8 inches in height, including the mortar joints, which are usually accounted for in the design stage. By understanding and using the masonry module concept, builders can achieve effective and aesthetically pleasing masonry work with minimal cutting of units, making the construction process more efficient and cost-effective.