A braced frame is a structural system commonly used in construction to provide stability and resistance to lateral forces such as wind and earthquakes. It consists of a series of diagonal braces that are connected to the beams and columns of a building, creating a rigid framework that can withstand external forces.
Definitions
A braced frame is a structural system that uses diagonal braces to resist lateral forces. It is commonly used in construction to provide stability and resistance to wind and earthquakes.
Origin
The braced frame has been used in construction for centuries, with examples dating back to ancient civilizations such as the Greeks and Romans. However, it was not until the 19th century that the braced frame became a popular choice for large-scale buildings, thanks to advances in engineering and construction techniques.
Meaning in different dictionaries
According to the Oxford English Dictionary, a braced frame is “a structural system that uses diagonal braces to resist lateral forces.” Merriam-Webster defines it as “a framework of beams and columns that is reinforced with diagonal braces to resist lateral forces.”
Associations
The braced frame is commonly associated with large-scale buildings such as skyscrapers and bridges, where it is used to provide stability and resistance to wind and earthquakes. It is also used in smaller buildings such as homes and offices, where it can help to prevent damage from high winds or other external forces.
Synonyms
Synonyms for braced frame include diagonal bracing, X-bracing, and cross-bracing.
Antonyms
Antonyms for braced frame include unbraced frame, unbraced structure, and unsupported structure.
The same root words
The root words for braced frame are brace and frame. Brace refers to a support or reinforcement, while frame refers to a structure or framework.
Example Sentences
- The braced frame of the skyscraper allowed it to withstand the strong winds of the hurricane.
- The engineer designed the building with a braced frame to ensure its stability in case of an earthquake.
- The cross-bracing of the bridge provided the necessary support to withstand the weight of heavy vehicles.
- The unbraced structure collapsed under the weight of the snow, while the braced frame building remained standing.
- The diagonal bracing of the building prevented damage from the high winds of the storm.