Piling is an essential part of any construction project. The piles are used for supporting a building or structure and are typically made of steel or concrete, depending on the type of project being done. Piles can either be driven into the ground with a pile driver, or they can be drilled in by hand if they are not too deep. Here we will discuss some specific advantages that contiguous piling offers over standoff piles.
Easy to construct and quick to install
The biggest advantage of contiguous piling is that they can be installed in a single day. This makes them the quickest type of pile to install, and it also means that there’s less downtime for construction workers.
Additionally, since these piles are quick to install, they’re more cost-effective than other pile types (such as steel or timber). The fact that they can be removed quickly makes them ideal for projects with tight deadlines and little room for error.
The construction process is more efficient
The construction process is more efficient because there’s no need to wait for concrete to cure, vibration to stop, or debris to be cleared from the ground. And with no need to wait for settling time as you would with traditional excavation and installation techniques, you can start installing your foundation immediately after excavating it.
Less noise and vibration
Because the pile is hammered into the ground, it doesn’t have to be driven through like a conventional screw. This means that there is less jar from the impact of the hammering, which can lead to less noise and vibration. The reduced noise and vibration will make your project more environmentally friendly and help ensure that workers are comfortable on-site for as long as possible.
Control of settlement
Contiguous piling is the most economical piling method. A cost-effective alternative to helical piers or other traditional methods, contiguous piles are installed in one step, requiring minimal excavation and resulting in reduced labour costs.
The foundations are ideal for projects where soil conditions may be unstable and prone to settlement. Only a small amount of movement is acceptable before construction must stop, so controlling settlement is critical.
Measurement of settlement should be done carefully by professionals with experience in this type of work. Several factors contribute to the degree of settlement, including depth below grade level; pile size; material properties such as stiffness (modulus) and strength; loading conditions including dead load live load etc.; type/size piers installed etc., which could have an impact on incidence rate – how quickly a structure will settle under certain loads after being built on top
Adjacent structures can be supported with ease
By using contiguous piling, you can support adjacent structures with ease. This not only saves time and money but also ensures that construction will move along smoothly. Furthermore, if one structure needs to be demolished before another is built, it’s easy enough to remove the piles from one building while they are still in place at the other site.
Allows for a range of excavation depths and different piling methods
Contiguous piling is a versatile approach to foundation construction. This method allows for a range of excavation depths and different piling methods, which means there are many advantages that can be realised when using this approach. In general, these advantages include:
- Allowance for different soil types and ground conditions
- Ability to vary the depth and location of the excavation, depending on local requirements or site constraints
- Allowing for shallow foundations in areas where deeper foundations may be prohibitively expensive or difficult to construct (e.g., urban areas)
The most efficient pile type in today’s market
Contiguous piles are easy to construct and quick to install, which results in less noise and vibration disturbance to surrounding communities. The construction process is also more efficient because of the ability for crane-ready installation. It is not necessary for each pile to be installed individually; instead, piles can be connected together as soon as they are poured (or even before).
Conclusion
With all of these advantages, it’s no wonder that contiguous piling is the most popular pile type in use today. Technology has revolutionised the way we build our infrastructure and create buildings with a reduced carbon footprint. It’s also important to note that this method offers many benefits over traditional methods such as steel or concrete piles, which can have negative impacts on both the environment and the workers who build them. Because of these factors, we expect this trend will continue for years to come—and we look forward to seeing what innovations are next!