Ground Investigation | Rapid Settlement Analysis Method for Uneven Ground at the Site of a Demolished Wooden Apartment
Boring investigation
Quickly measure and analyze the risk of uneven ground subsidence at demolition sites, strongly supporting the shortening of construction periods and early commencement of wooden apartment buildings.
This technology is a ground measurement and analysis service that quickly evaluates the risk of uneven ground subsidence at the site of a demolished wooden apartment, enabling a shortened construction timeline and early commencement of building projects. After demolition, concerns about subsidence due to inadequate backfilling and variations in strata can lead to delays in ground assessment, which can hinder the overall construction schedule. This measurement method employs a fully automated screw weight penetration test (SWS test) to rapidly and accurately collect data on-site. The acquired real measurement data is immediately shared with a dedicated analysis system, allowing for quick numerical comparisons between measurement points and simulations of estimated deformation angles. With speedy assessments by specialized analysts, the risks of differential subsidence in uneven ground are promptly clarified. An optimal reinforcement plan that avoids excessive improvement work is quickly presented, completely preventing design revisions and construction delays. This strongly supports the rapid commencement of apartment projects and adherence to the overall schedule, facilitating safe and smooth project advancement.
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basic information
This measurement system consists of a highly efficient measurement framework centered around a fully automatic Swedish sounding (SWS) testing machine. In addition to the automatic recording of load (up to 1.00 kN) and rotation speed, it is equipped with an immediate transmission and reception function for rod rotation resistance data. With a high-speed analysis module incorporating the Inada method for converting N values (for cohesive and granular soils), it allows for the immediate calculation of allowable bearing capacity from field data reception. Furthermore, it includes a judgment algorithm with three evaluation items and eight elements to assess soil strength, shrinkage, and deformation, enabling the output of electronic survey reports in a short period.
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Applications/Examples of results
This is primarily utilized in new construction projects on the sites of demolished wooden apartments, where business speed and construction schedules are the top priority. It is ideal for residential builders and real estate developers who want to obtain reliable ground evaluations in a short time, with a brief period between the completion of demolition work and the start of new construction. It is introduced to prevent design changes and delays in confirmation applications due to delays in assessing uneven ground, and is used as a basis for rapid foundation specification selection (such as flat foundation assessment, surface improvement, and columnar improvement). It contributes broadly to development projects that aim to achieve both rapid decision-making and tight schedule management.
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