Geotechnical Drilling Plant City Why would I need Geotechnical Drilling?

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If you’re planning to construct a building or another large structure, you may wish to determine the precise composition of the ground for the site with geotechnical drilling. Plant City contractors can gain valuable knowledge from a geotechnical drilling operation, which is especially important in regions of the country such as Florida, where sandy soil overlays a bed of limestone. Limestone is a relatively porous and this stone can actually dissolve when exposed to acidic water, making it more prone to instability.

Whether you’re constructing an office building, a parking garage, a bridge or another structure, it’s vital to ensure that the earth on the build site can support the structure in the long term. When performing geotechnical drilling, Plant City builders can expect their drilling contractors to bring one or more drilling rigs to the site. Cores will be extracted from the ground and sent out for testing and analysis. A laboratory will evaluate the stone and soil in the core, determining whether it has the integrity to support the structure that will be constructed on the site.

Once the geotechnical drilling is complete and the cores are analyzed, this data can be forwarded to architects and engineers who will work together to design a structure that will be suitable for the site. Special design and engineering features, such as stabilization rods driven deep into the earth, may be included to ensure stability and integrity.

When performing geotechnical drilling, Plant City contractors can also determine if the area is suitable for the construction of an underground structure, such as a bunker or parking garage.

Notably, contractors can perform geotechnical drilling on land and offshore.

Plant City developers must ensure that a particular site is suitable for the structure that will be constructed on the land. Geotechnical drilling operations are very effective at revealing the exact composition of the underlying earth, allowing for the identification of poor, unstable soil or underground voids. These voids may be formed by groundwater eroding the limestone, resulting in large voids that may collapse under the weight of a new structure. The result is a sink hole – a relatively common problem in Florida and in the Midwest.

In addition to performing geotechnical drilling, Plant City contractors may also opt to perform other forms of testing, such as ground penetrating radar.

If a structure is built on unstable ground, the building or other structure can sustain worsening damage over time. The structure will gradually sink into the earth and shift, resulting in cracks and other damage that may ultimately compromise its integrity.

*Disclaimer: The views expressed here are those of the authors and do not necessarily represent or reflect the views of Amdrill Inc*
 

Spring Hill Geotechnical Drilling Goetechnical Drilling is crucial on a new construction site

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While many people have never heard of it, geotechnical drilling is a crucial step in preparing a site for the construction of a large building. Before the construction of a new building can begin, soil samples must be taken in order to determine various qualities about a site, which helps in making decisions about what can (or at least should) be built there. While the purpose of geotechnical drilling is the same, there are many different ways to go about collecting a sample. Different methods are chosen for a variety of different reasons, including the type of soil being tested. For instance, frozen soil in Denver would be collected much differently than the warm ground in sunny Spring Hill. Geotechnical drilling samples can be either disturbed or undisturbed, depending on how they are collected.

Disturbed samples can be taken in a variety of ways, including machine or hand driven augers and shovels. A hole or a pit is carved out to a predetermined depth and a bit of the soil is examined, usually by an engineer or geologist on site. Not much can be done with a disturbed sample. Only if the tests being done are not in relation to the structural stability of the site, can a disturbed sample be taken. However, once the soil has been altered, it can no longer be relied upon for more critical examinations. In these cases, other approaches must be taken.

If engineers need a more specific glimpse of what a site can stand, more complicated procedures must be undergone in order to get a sample that hasn’t been altered by machinery or other equipment. These are referred to as undisturbed samples and are a lot more reliable for structural information than their disturbed counterparts. Collecting these kinds of samples is more difficult; requiring the use of specialized equipment such as Shelby Tube or piston samplers.

Even though they aren’t something you hear about every day, these sorts of investigations are happening all around us and are very important to making sure that a newly-started project doesn’t end in disaster. In a developing area such as Spring Hill, geotechnical drilling is a daily occurrence, but without performing this seemingly small task, the city may literally collapse.

*Disclaimer: The views expressed here are those of the authors and do not necessarily represent or reflect the views of Amdrill Inc*

Geotechnical Drilling Tampa geotechnical drilling and construction

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Building a new structure requires a great deal of research into the composition of the earth that underlies the site. Before the architectural design and engineering phase even gets underway, it’s common to investigate the location with measures such as geotechnical drilling. Tampa developers are provided with an accurate idea of the composition of the ground and the integrity of that stone and soil. This is particularly important in Florida, where the entire state sits on a layer of sandy soil atop a limestone bed. This limestone can be prone to degradation when it comes into contact with acidic groundwater. This may dissolve the stone, causing instability at best or a sinkhole at worst.

Geotechnical drilling is a vital step in the process of constructing not only buildings, but also bridges, parking garages and underground bunkers. When performing geotechnical drilling, Tampa developers can expect their drilling contractor to arrive on-site with one or more drilling rigs which will be used to extract samples from the earth. These samples, also known as cores, are then analyzed to determine the strength, composition and overall integrity of the land.

Following the geotechnical drilling operation, the findings will be shared with the project’s engineers and architects who will then use the data as they plan the structure(s). The ground composition can impact many elements of the build, including the size of the structure, the materials used in the build and any special design elements such as large metal anchor rods that may be secured into the underlying bedrock. Some areas may or may not be suitable for construction of a basement or another underground structure depending upon the findings that are revealed by geotechnical drilling.

Tampa contractors may opt to perform this specialized type of drilling both on land and offshore.

Tampa developers must evaluate a site to ensure that it’s suitable for the planned structure. Geotechnical drilling will reveal the exact composition of the soil and underlying stone, along with the thickness of each layer. Multiple cores are usually extracted, providing you with a more comprehensive view of the site.

Geotechnical drilling, near Tampa, may even reveal the presence of an underground void, which can collapse into a sinkhole. Florida is especially prone to sinkholes due to the rain patterns and the composition of the ground, which is largely limestone. If a structure is built atop one of these voids, the weight of the building may ultimately cause a collapse.

Tampa contractors may opt to perform other investigative measures in addition to geotechnical drilling, such as a ground penetrating radar scan. The ultimate goal is to ensure that the site will be sufficiently stable to support the new structure. Otherwise, the structure may degrade or even collapse due to gradual sinking and shifting.

*Disclaimer: The views expressed here are those of the authors and do not necessarily represent or reflect the views of Amdrill Inc*

Geotechnical Drilling Temple Terrace Hiring A Contractor to perform Geotechnical Drilling

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Geotechnical drilling is a very effective way to determine the precise composition and integrity of the earth, usually in preparation for the construction of a new building, bridge or other large structure. When performing geotechnical drilling, Temple Terrace developers can determine the thickness of each layer of soil or stone, along with the integrity and quality of that earth.

Investigative measures such as geotechnical drilling are crucial in some areas of the country such as Florida, where a bed of limestone is overlaid by a layer of sandy soil. Limestone can dissolve when exposed to acidic water, resulting in the formation of underground voids that have a tendency to collapse, forming a potentially deadly sinkhole.

Temple Terrace developers can gain important insight into the precise ground composition through the extraction of cores.

When hiring a contractor to perform geotechnical drilling, Temple Terrace developers can expect the process to take anywhere from a day or two to several weeks or longer, depending upon the size of the site. Drilling rigs are used to extract core samples from the ground. These cores are then sent out for analysis and testing to determine the integrity and composition of the earth.

Multiple cores are extracted to give the developers an accurate idea of how the ground composition varies throughout the site.

The data revealed by the geotechnical drilling operation is then shared with architects, designers and engineers who join forces to plan a building that will be suitable for the location. The findings of the drilling operation can impact the structure’s size/layout and the materials that are used in the building. Special stabilization measures may also be required. In other cases, the developers may need to find a new location for the project.

Geotechnical drilling may also reveal whether there are underground voids that may form when acidic groundwater erodes and dissolves the limestone. If the erosion becomes extensive and/or a large structure is erected over the site, the void may collapse, resulting in a sinkhole.

Florida is especially prone to sinkholes due to the state’s unique rain patterns and limestone ground composition. This is one reason why local developers routinely perform geotechnical drilling.

Temple Terrace geotechnical drilling developers can also perform ground penetrating radar scans to investigate the ground’s integrity prior to the start of a construction project. If a structure is constructed atop unstable ground, it may gradually sink into the ground, causing cracks, structural damage and in extreme cases, collapse.

*Disclaimer: The views expressed here are those of the authors and do not necessarily represent or reflect the views of Amdrill Inc*