Large Diameter Piles – Driving Engineering Forward

The foundations of a structure are irrefutably the most important aspect of Wisconsin Home Builders Floor Plans. Without a solid foundation, anything from a seaside pier to a garden shed will be rendered unsafe to use, but as this example suggests, depending on where the construction is taking place, the type of foundation needed will differ. Building an oil rig out in the open ocean raises a different set of obstacles to creating a one hundred storey sky scraper in the hustle and bustle of a major city. We take a look at how large diameter piles have helped the advancement of the construction industry.
Piling is used for foundations in everything from sea defences to house building, and they come in a variety of materials, shapes and sizes. Wooden piling is often used to support structures that have their foundations in the water as Business Plan For Construction Company Ppt without the presence of oxygen, wood will not degrade. Other types of piling use steel and concrete depending on the application. Some piles are hollow, whilst others are solid, depending on the type of ground that is being worked on.
Other piles only exist once they have been made on site. By using a hollow drill to bore into the ground, the core of mud or soil can be extracted by forcing a high pressure stream of concrete through the middle of the drill. This causes the original material to ejected and replaced by the concrete mix. Once set this then forms another type of piling. Large diameter piles on the other hand, are specially constructed for specialist purposes, one of which is construction in the marine environment, as they have many advantages over wooden piling options.
The hollow nature of large diameter piles means that less excavation is needed to insert the pillars. This is an obvious advantage in the open ocean where traditional boring techniques cannot be used and alternative boring methods are costly. Being able to utilize the hollow nature of large diameter piles to provide sturdy foundations for constructions in the open ocean is a much needed development in construction and engineering.
In addition to this, the hollow nature of the piles uses less material, an essential factor with such large construction components. The advantageous side-effect of this is that hollow piling produces an incredibly strong structure capable of bearing a huge amount of weight even in the most unstable of strata. From silty sands to soft clay and even uneven lose rock beds, large diameter piling is driving the path of extreme engineering and construction ever onward.