Geotechnical monitoring investigates subsurface and geological parameters regarding construction projects. It investigates ground movement, seismic activities, structural movements, water pressures, etc. Geotechnical engineers use monitoring software to account for the robust data that various sensors collect in a construction site. The software allows them to accurately interpret data and make informed decisions regarding critical stages of the construction.
This article highlights the benefits of geotechnical monitoring in construction projects.
Safety
One of the most salient benefits of geotechnical monitoring in a construction site is the protection of lives and property. Geotechnical monitoring ensures that activities do not adversely affect the environment and wildlife. Geotechnical engineers employ the best geotechnical monitoring devices for construction sites and keep up with new technology to this effect.
Monitoring construction site with the aid of the best geotechnical monitoring software provides real-time data for parameters such as vibrations, stress, strain, inclination, deflection, etc. The information gathered from geotechnical sensors gives valuable insight into the safety of the site and adjacent buildings. Geotechnical monitoring presents engineers with early warning signs and gives them the chance to take pre emptive safety and design decisions.
Performance evaluation
Geotechnical monitoring is essential in evaluating the design and structural performance during construction and after the completion of a project. This is especially useful for large construction projects such as dams, bridges, and mines. Geotechnical instruments can measure parameters such as deformation and seepage in dams; stress, strain, and vibrations in bridges to determine the performances of these structures.
Accuracy
Many construction projects such as oil drilling, pile driving and excavation work require a high level of precision engineering. A misstep of miscalculation can throw the whole project off and cause financial setbacks. Monitoring and investigation provide engineers with vital data that is accurate and precise.
Real-time monitoring can identify potential bottlenecks and flaws in designs or procedures. This informs necessary parties to take corrective actions to ensure the project isSafety completed within the stipulated time.
Legal protection
Geotechnical monitoring can save stakeholders from legal prosecution. Construction sites can cause disturbances for adjacent building occupants. Things like noise, dust, and vibrations can spur formal complaints from occupants, landlords, and other establishments. Geotechnical monitoring and control ensure you comply with standard construction codes and regulations. In the case of a legal dispute, the construction company has proof that they followed due procedure.
Research
Research is one of the major drivers of technological progress and development. Geotechnical monitoring is crucial for the development of new materials, test methods, and evaluation of preexisting methods and materials. Research provides deeper studies into soil and rock behavior before and after construction. Research facilitates the development of safer methods of construction, more durable, efficient materials, and environmentally conscious and progress construction processes and procedures.
Conclusion
The importance of geotechnical monitoring cannot be overemphasized. Regardless of the scale of a construction project, it is essential to monitor key geotechnical parameters. As highlighted above, geotechnical monitoring and investigation are necessary for safety, performance evaluation, legal protection, and accuracy.
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