How Do Gabion Boxes Help Engineers to Mitigate Possible Disasters?
Not all places need concrete walls, some need rocky walls for better protection. A combination of ancient and modern engineering, gabion box, can be advantageous in many places. Soil corrosion is manageable as compared to the past, where gabion boxes play a vital role in it. If you don’t know what these gabion boxes are, no need to worry. They are steel cages of mesh with zinc coating, which contain rocks inside them. Then these boxes work as a wall, pillar, base, and in similar ways. A gabion box provider knows how to manufacture it as per its applications. Some call them mesh baskets. Here are some significant
Landscape and Interior Embellishment
Landscaping is all about enhancing the beauty of a property. From the plantation to the groundwork, everything gets in it. Gabion boxes can work as a protective layer around plant beds. Adding the classic style of rocks in the garden just like rock monuments is possible through it. Ordinary or polished rocks can sit inside the gabion box to give unbelievable ideas for interior design.
The way it can work is as a plant bed, retaining wall bench, and garden pond. They look so mesmerizing, which makes them evergreen for any kind of garden. No one can resist interior designing with gabion boxes when it comes to fountains, ponds, and kitchen walls. There are countless ideas to try because you don’t need to paint them. They save the cost of paint as well as maintenance costs. In upscale neighborhoods, gabion boxes are very common. They give a sense of opulence to the house owners that have installed gabion boxes for landscaping and interior designing.
Provides Barrier Against Floods
One of the key advantages of installing gabion walls is protection from floods. Gabion boxes are known for their absorption power against the massive force of water. They reduce the shock and break down the flow into small streams. It saves the structure, especially the foundation of a compound or a house. In countries where flooding is common, gabion boxes can be a safeguarding element for them.
This barrier drops a powerful shock wave of floods on the layers around the houses and offices. If we look at tetrapod rocks, they have almost the same function as gabion boxes against sea waves. The only difference is that tetrapod rocks are used on a large scale. Heavy rains are a regularity in some countries like Sri Lanka, the Philippines, Myanmar, etc. This is why countries with heavy rains throughout the year have to build their houses accordingly. Otherwise, there will be a continuous disaster.
Reduces Soil Erosion of Hillside
Hilly areas have a high risk of land sliding every time tectonic plates move. It can not be completely stopped because landslides are a natural process. However, there are some ancient as well as modern ways of reducing the damage caused by land sliding. Soil erosion control is one of them. Building the retaining walls with gabion boxes or baskets can help control the massive damage caused by land sliding.
This will eliminate minor as well as some major risks caused by soil erosion. The rocks that are enclosed inside the metal mesh boxes have immense strength against the forces of the land. They are specifically used for this purpose because soil erosion causes massive destruction on the roads near the hillside. The only way to curb this risk, which is a threat to lives and properties, is to install gabion boxes right at the edge of a hill.
Some lands are not balanced because of their internal erosion. This creates lots of instability and collapses within the ground. Normally, it happens in hilly areas where land balancing is necessary. The installation of gabion boxes helps provide a flat surface for something, which needs its placement. For instance, a structure can have full support from a retaining wall of gabion boxes. The rocks inside it work like concrete to hold the pressure on them. Furthermore, whatever is beyond this retaining wall will not succeed to pass through it unless it is liquid or gas.
Gabion boxes hold the rocks inside them with a flat surface, which keeps the seam of the wall. That is why it works really well as a retaining wall. Experts in construction designs approve them for long-term installation without any risk of collapse.
Safeguards the Railway System
Have you ever noticed why the railway system has been so resilient and unchangeable in every country? The tracks and structure, everything is the same with a minor change. Well, the reason is the vibration, which is caused by the powerful movement of trains on iron tracks. To reduce the vibration of the ground, normal groundwork can not work. This is why rocks and stones are used for shock absorbance.
That is called a railroad embankment, which supports the railway ground from collapse. Water damage and mud sliding can cause serious threats to railway tracks. Furthermore, they can put trains into trouble through flooding. To control land erosion and all these issues near the railway track, gabion boxes are installed for stability. Railway bridges also need the support of gabion boxes for long-term survival.
Installation of Sound Barrier
Some residential schemes are built near the busiest roads, which raises the noise pollution issue. Residents can face problems with traffic noise throughout the day and even at night. To maintain the barrier between traffic noise and the houses is to build walls of gabion boxes. Amazingly, they can reduce not only the shocks of soil and water but also noise. They absorb high waves of sound, which has a good impact on the people living beyond the gabion boxes’ wall.
Protective Walls for Mitigation Against Attacks
Military bases and high-security areas need protection from any kind of attacks in some war-affected countries. This means they need something powerful that can mitigate the impact of a massive explosion. Attacks are common in these areas, and just a wall of bricks with sand sacks is not enough for that. Gabion boxes can be used for the filling of rocks, cement, and sand for minimizing the powerful attacks on the building.