Which structural system relies on brick, concrete, or stone in thick, heavy walls for structure and insulation?

Which structural system relies on brick, concrete, or stone in thick, heavy walls for structure and insulation?

• A. Masonry arcuated
• B. Frame trabeated
• C. Truss
• D. Neolithic Period

Answer: (A)

The main idea is a bearing-wall masonry system, where thick brick, concrete, or stone walls carry the building’s loads and provide thermal mass. In this approach, the walls themselves are the structural skeleton, and their substantial mass helps regulate interior temperatures by delaying heat transfer. The term arcuated points to using arches within that masonry, distributing loads efficiently through the wall to supports. This is different from frame systems, where a skeleton of posts and beams carries the load, or trusses, which are light-framed frameworks of triangulated members. The Neolithic Period is unrelated to a structural system. So the thick-walled, arch-enabled masonry system best fits the description.

The main idea is a bearing-wall masonry system, where thick brick, concrete, or stone walls carry the building’s loads and provide thermal mass. In this approach, the walls themselves are the structural skeleton, and their substantial mass helps regulate interior temperatures by delaying heat transfer. The term arcuated points to using arches within that masonry, distributing loads efficiently through the wall to supports. This is different from frame systems, where a skeleton of posts and beams carries the load, or trusses, which are light-framed frameworks of triangulated members. The Neolithic Period is unrelated to a structural system. So the thick-walled, arch-enabled masonry system best fits the description.