Architecture is a complex science. It involves designing structures that meet the needs of society and stay in harmony with the environment for years to come, all while improving the quality of life of its occupants.
One of the aspects that architects take care of when designing buildings is the roof. The roofs of buildings help keep people sheltered from the elements and enhance their living spaces by adding aesthetic value, privacy, and security. While roofs are designed to protect people from heat, cold, rain, snow, and wind, they can also transmit sound and harmful radiation into a building.
This blog discusses whether architects get it right or wrong when it comes to roof thicknesses. We explain why architects make incorrect thickness settings and what are the consequences of doing so.
What is the mystery of incorrect roof thickness settings in architecture?
The problem of incorrect roof thickness settings is a default in roof thickness. In loose-laid systems, water can travel a long way before causing visible damage, making leaks difficult to locate. This leads to unstable roofs and the potential for water damage. In addition, these types of roofs cannot withstand heavy snow loads or hurricane winds, posing safety concerns. For these reasons, it’s important to pay attention to the roofing system when selecting a material. Areas of concern in standing seam metal roof or wall systems include dead valleys, intersecting planes, penetration points, and unique gutter designs. The last point is vital as it prevents damage from debris striking the membrane and causing leaks. Also, maintaining the drains on flat roofs is essential to prevent water accumulation and ensure roofs remain stable and leak-free.
Why do architects make wrong roof thickness settings?
When you look at the history of architecture, you will find that back in the days of the Roman empire, a type of roof called a ‘ceramic’ was used. This was a concrete tile-like material that reduced maintenance and made roofs more durable. However, this material was not popular for several reasons, including its cost and vulnerability to weather.
In the early 20th century, there came loose-laid roofs. These roofs were cheaper to install and less time-consuming to repair than concrete tiles. On top of these benefits, it is a lightweight material that allows air circulation through the roof. As with any material, there are different types of loose-lay roofing systems (OCP), each with its own advantages and disadvantages. The third popular roofing system is standing seam metal roofing (SSM). Not only is it durable and reliable, but it also helps reduce energy consumption. However, certain factors can cause SSM roofs to fail such as dead valleys or areas with poor drainage. Finally, there are roofs made of other materials such as straw or sand. If you’re concerned about having a roof that offers stability, durability, and efficiency, then it’s important to investigate all options before making a final call on which one to go with.
How to solve the mystery of incorrect roof thickness settings in architecture?
Improper roof thickness settings can cause excessive water accumulation, damage to the roof system, and even structural failure. To solve the mystery of incorrect roof thickness settings, it’s important to use weatherproofing software to measure the actual roof thickness. After obtaining this information, you can create an accurate roof design that will protect your building from water damage. Make sure all stakeholders are on board with the updated roof design before starting construction. Finally, verify the accuracy of the final roof design by using a weatherproofing test program. By taking these steps, you can ensure your building is correctly weatherproofed and avoid potential problems due to incorrect roof thickness settings.
What are the possible consequences of incorrect roof thickness settings in architecture?
Incorrect roof thickness settings in architecture can lead to various issues. Roof deterioration factors such as location, foot traffic, solar radiation, repair accessibility, kitchen hood, acidic vapors, and toxic exhausts can lead to incorrect thickness for the given design. Similarly, negative impacts of cool roofs like condensation, overheating, and UV ray reflection can also result in incorrect thickness settings. The loose-laid systems discourage due to difficult leak location, membrane damage at perimeter ties, and ballast puncturing. Difficulty in locating the source of flat roof leaks and sagging underlying decking are some of the other factors that prevent correct thickness setting. Finally, improper maintenance of flat roofs can lead to excessive repairs which can further damage the structure. It is important to maintain flat roofs to avoid any type of complication.
Conclusion
To solve the mystery of incorrect roof thickness settings in architecture, it is crucial to recognize that the architect is not a mere bystander in the construction process. He or she has a large role to play in setting appropriate standards, ensuring the project follows them and offering design solutions. Also, architects must be aware of local building regulations to avoid fines and any other penalties. The next time someone tells you that your roof is too thin or too thick, show them this blog so they can make better-informed decisions. Comment below if there is another problem you’d like us to solve!