Wire Walls
A common problem in San Francisco is the blockage of Wi-Fi signals by wire lath and metal wiring inside old plaster walls. This is due to the way the wire acts as a Faraday cage, preventing wireless signals from being able to penetrate the wall.
For this reason, some contractors build welded wire walls as temporary retaining walls for grade changes and road construction. These wire mesh walls are a cost-effective alternative to concrete and are easy to install.
1. Aesthetics
Wire walls have a contemporary aesthetic that focuses on flowing and dynamic movement. They also convey a modern, industrial theme while adding texture and character to the space.
Aesthetics are a key component of many architectural projects, and creating an unforgettable experience for visitors is one of the most important goals of architects. Creating an awe-inspiring atmosphere is key to attracting both daily commuters and first time visitors, as well as providing a lasting impression for generations to come.
The Aesthetics Master Plan integrates the CBIS reconstruction and draws from Council Bluffs’ community values and natural assets to establish a distinctive interstate corridor. Enhancements at the busiest interchanges and stretches of the corridor are recommended with less-trafficked locations receiving more subtle treatment recommendations. This system-wide approach establishes a design theme that is consistent throughout the project.
3. Strength
A welded wire mesh (WWM) wall is the ultimate in temporary retaining walls. It is a lightweight yet durable form of wall-building that requires no tools or labor to erect.
The main attraction is the tensile strength it provides to help stabilize soil. This is achieved by the L-shaped welded mesh mats which are inserted in layers of compacted soil to provide an aesthetically pleasing and functional retaining wall.
Using a WWM as the foundation for your next design challenge is a great idea, but it is important to understand what it is you are trying to accomplish first. This will help you choose the best product for your project. It also makes your job easier, which can lead to more successful projects in the long run.
4. Ventilation
The process of moving air from an outside area into a building or room and dispersing the air within the space is called ventilation. It is a natural or mechanical process used to control indoor air quality (Etheridge & Sandberg, 1996; Awbi, 2003).
Ventilation can take several forms. It can be accomplished by natural means such as opening doors and windows or it can be a mechanical process driven by fans or blowers.
In general, the effectiveness of ventilation depends on the air distribution or airflow pattern in a space. This can be evaluated either by measurement or simulation.
5. Noise Reduction
There are several strategies for noise reduction through walls, but the main idea is to decouple and dissipate sound energy. This can be achieved by adding mass, breaking framing, or resilient drywall connections to walls and floors [Photo E, Drawing 5].
Acoustic caulk is another good way to absorb vibrations. It’s also effective for high-frequency sounds.
The most effective noise-blocking materials are denser, heavy materials that increase mass and decouple the wall assembly. However, these materials can be expensive and reflect sound back into the room.
Another noise-blocking strategy is to add furniture. Bookshelves and cabinets add dimension to the wall, which can help reduce external noise.
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