Flying buttress
A buttress is a structure built against another structure in order to strengthen or support it. Historically, buttresses have been used to strengthen large walls or buildings such as churches.
Flying buttresses consist of an inclined beam carried on a half arch that projects from the walls of a structure to a pier which supports the weight and horizontal thrust of a roof, dome or vault. This thrust is carried by the flying buttress away from the building and down the pier to the ground. The pier is frequently crowned by a pyramidal or conical ornament known as the pinnacle, which helps to add weight and improve stability.
The balancing of forces by the addition of flying buttresses has enabled buildings to become much taller and more elaborate. They are a common feature of Gothic architecture and are often found in medieval cathedrals.
Romanesque architecture dating back to the 10th century featured internal buttresses as supporting elements for the inside of church walls. Towards the end of the Romanesque period, architects were aspiring to build churches and cathedrals on an ever-more ambitious scale, and with the arrival of the Gothic period in the 12th century, flying buttresses were introduced as a means of making such buildings taller. By directing the weight of the roof away from the walls, more windows could also be incorporated which provided cathedrals with much more natural light.
One of the most prominent cathedrals to include flying buttresses was Paris’ Notre Dame which began construction in 1163 and was completed in 1345. Flying buttresses were also a distinctive feature of the Saint Chapelle in Paris, the Duomo in Milan, and the cathedrals at Chartres, Rouen, Reims, Amiens, as well as London’s Westminster Abbey.
Flying buttresses continue to be used in large modern structures such as retaining walls and dams.
[edit] Related articles on Designing Buildings Wiki
- Arch.
- Architectural styles.
- Barrel vault.
- Buttress.
- Cantilever.
- Classical orders in architecture.
- Conoid shell.
- Corbel.
- Elements of classical columns.
- English architectural stylistic periods.
- Load-bearing wall.
- Masonry.
- Pediment.
- Pendentive dome.
- Piers.
- Pinnacle.
- Purlins.
- Shell roof.
- Suspended ceiling.
- Types of dome.
- Vault.
Featured articles and news
Shortage of high-quality data threatening the AI boom
And other fundamental issues highlighted by the Open Data Institute.
Data centres top the list of growth opportunities
In robust, yet heterogenous world BACS market.
Increased funding for BSR announced
Within plans for next generation of new towns.
New Towns Taskforce interim policy statement
With initial reactions to the 6 month policy update.
Heritage, industry and slavery
Interpretation must tell the story accurately.
PM announces Building safety and fire move to MHCLG
Following recommendations of the Grenfell Inquiry report.
Conserving the ruins of a great Elizabethan country house.
BSRIA European air conditioning market update 2024
Highs, lows and discrepancy rates in the annual demand.
50 years celebrating the ECA Apprenticeship Awards
As SMEs say the 10 years of the Apprenticeship Levy has failed them.
Nominations sought for CIOB awards
Celebrating construction excellence in Ireland and Northern Ireland.
EPC consultation in context: NCM, SAP, SBEM and HEM
One week to respond to the consultation on reforms to the Energy Performance of Buildings framework.
CIAT Celebrates 60 years of Architectural Technology
Find out more #CIAT60 social media takeover.
The BPF urges Chancellor for additional BSR resources
To remove barriers and bottlenecks which delay projects.
Flexibility over requirements to boost apprentice numbers
English, maths and minimumun duration requirements reduced for a 10,000 gain.
A long term view on European heating markets
BSRIA HVAC 2032 Study.
Humidity resilience strategies for home design
Frequency of extreme humidity events is increasing.
National Apprenticeship Week 2025
Skills for life : 10-16 February
Comments
This is a very great raliable source!!!