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可視化調査 Product List

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Ground Investigation | Visualization Survey of Bearing Capacity to Optimize Pile Layout for New Building Construction on Soft Ground

3D visualization of ground bearing capacity in building construction on weak ground! By linking structural calculations, we reduce excessive piling while ensuring both safety and cost-effectiveness.

This solution is a ground consulting service that optimizes pile placement by integrating high-precision visualization of bearing capacity and structural calculation models in building construction plans on soft ground. Traditional foundation designs that rely solely on single-point boring surveys tend to overestimate safety factors to accommodate uneven support layer undulations, leading to unnecessary pile driving and excessive specifications for pile diameter and quantity. Geotech integrates precise multi-point sounding surveys and detailed laboratory soil test data within the site to accurately visualize the three-dimensional distribution of ground bearing capacity and the irregularities of support layers. By conducting precise optimal stress analysis that correlates the highly reliable bearing capacity constants obtained with the axial and lateral forces of each column in the superstructure, we derive the minimum necessary number of piles and appropriately optimized pile lengths in millimeter increments while maintaining structural safety. This preemptively resolves unexpected issues such as insufficient pile lengths or excessive pile head cutting processes at the construction site, directly leading to significant reductions in construction costs and material expenses. Furthermore, the clear calculation basis provided in the judgment report facilitates smoother reviews.

  • ボーリング.gif
  • Geological Survey Company
  • Ground foundation construction method
  • Pile and foundation work
  • 可視化調査

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Site Investigation | Visualization Survey of Ground Bearing Capacity to Optimize Pile Layout for New Building Construction on Demolition Site

Visualizing ground resistance by overcoming underground obstacles during the construction of a new building on a demolition site! Preventing overdesign while simultaneously achieving optimal pile placement and cost reduction in construction.

This solution targets new building construction plans in demolition sites and redevelopment areas, providing high-precision ground consulting services that accurately visualize deep soil bearing capacity while eliminating the impact of underground obstacles and optimizing pile placement. In uneven fill and backfill ground mixed with old foundations and concrete debris, traditional simple surveys often fail to penetrate, leading to concerns about unexpected settlement risks and the tendency to choose overly conservative designs with excessive pile lengths and numbers due to inflated safety factors. Geotech employs a sounding test machine with high penetration capability to safely penetrate underground debris layers and obtain true bearing layer data up to a depth of 30 meters. By using automatic torque correction to negate the effects of side friction, we accurately digitize the effective N-value strength in 200mm increments. This data is directly linked to the superstructure calculation model to pinpoint the optimal pile placement and appropriate pile lengths. This approach completely prevents rework on-site and pile eccentricity issues, achieving reliable structural safety protection and construction cost reduction.

  • ボーリング.jpg
  • Site and ground investigation
  • Geological Survey Company
  • Geological Survey
  • 可視化調査

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Site Investigation | Visualization Survey of Ground Bearing Capacity to Optimize Pile Layout for New Building Construction on Soft Ground

3D visualization of ground bearing capacity for new building construction on weak ground! It simultaneously achieves the maintenance of structural safety and optimization of construction costs by preventing excessive piling.

This technical solution is a high-level ground investigation service aimed at new construction plans for mid-rise and heavy-load buildings on soft ground, optimizing pile layout and foundation structure by visualizing ground bearing capacity from multiple perspectives. In construction sites where uneven soft layers or complex inclined supporting layers exist, relying solely on conventional single-point investigations for design can lead to excessive design, overestimating pile lengths and numbers to avoid settlement risks. Geotech conducts high-precision N-value acquisition through standard penetration tests and multi-point integrated analysis of deep penetration data, accurately visualizing the long-term and short-term allowable vertical bearing capacity of the ground and layer thickness changes in 3D images. By directly linking the obtained structural strength parameters to the architectural structural calculation model, it is possible to accurately determine the optimal pile layout and shortest pile length according to the actual load under each column. This eliminates unnecessary pile driving work and head cutting processes at the construction site, significantly reducing overall construction costs and timelines while perfectly ensuring structural safety. Furthermore, our qualified specialists prepare judgment documents that clearly outline the basis for analysis, allowing for a swift progression of structural conformity assessments and building confirmation reviews.

  • ボーリング.gif
  • Geological Survey Company
  • Ground foundation construction method
  • Pile and foundation work
  • 可視化調査

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Site Investigation | Precision Ground Bearing Capacity Visualization Survey to Optimize Pile Layout for New Construction on Narrow Lots

Visualizing continuous ground bearing capacity in the construction of new buildings on narrow plots with moving-in restrictions! By conducting space-saving high-precision surveys, we prevent excessive pile length design and optimize pile placement.

This technical solution is a high-precision ground investigation service aimed at new building sites in urban areas where large machinery cannot easily access. It visualizes soil bearing capacity and optimizes pile placement through space-saving automatic continuous measurement. In densely populated urban areas or construction sites facing narrow streets, it has been difficult to set up conventional large boring machines, often leading to designs that assume excessive safety factors without obtaining sufficient data on the supporting layers, resulting in overly long and numerous piles. GeoTech employs a compact self-propelled automatic penetration device, approximately 830mm wide, allowing for smooth equipment transport even in tight spaces, and automatically obtains Nd values and rotational torque up to a maximum depth of 30m with high precision in 200mm increments. By clearly capturing the inclination of supporting layers and changes in soil bearing capacity from continuous data collected at multiple points within the site, we derive a rational pile placement design that eliminates unnecessary pile driving and excessive lengths, in conjunction with structural calculations. The speedy investigation procedure, which eliminates mud water treatment and large-scale temporary works on site, contributes to significant reductions in construction time and costs while considering the surrounding environment.

  • ボーリング.gif
  • Geological Survey Company
  • Ground foundation construction method
  • Pile and foundation work
  • 可視化調査

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Site Investigation | Precision Ground Bearing Capacity Visualization Survey to Optimize Pile Layout for New Construction on Narrow Lots

Visualizing 3D ground bearing capacity for new building construction on complex ground! By suggesting optimal pile placement, we ensure structural safety while reducing unnecessary construction costs.

This solution is a high-precision ground consulting service aimed at new building construction plans in complex urban multi-layered ground and redevelopment areas. It visualizes ground bearing capacity in three dimensions to optimize pile placement and foundation design. In sites where embankments, alluvial clay layers, and sandy soil layers are intricately intertwined, traditional point investigations often fail to adequately assess local height differences and variations in ground bearing capacity, leading to unnecessary pile driving or excessive safety factor estimates to prevent unexpected settlement. Geotech integrates and analyzes extensive ground database GEODAS, multi-point continuous penetration tests, and detailed soil mechanics test data to accurately visualize the three-dimensional ground bearing capacity structure of the entire site. By directly linking the obtained continuous parameters to the axial and lateral forces in structural calculation models, it calculates the optimal pile placement and the minimum necessary accurate pile lengths according to load concentration areas. This significantly reduces unnecessary excessive piling work and material costs while providing reliable evidence that swiftly clears structural conformity assessments and application approvals, strongly guiding the project to success.

  • ボーリング.jpg
  • Site and ground investigation
  • Geological Survey Company
  • Geological Survey
  • 可視化調査

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Site Investigation | Visualization Survey of Bearing Capacity to Optimize Pile Layout for New Building Construction on Soft Ground

Visualizing horizontal load capacity in new building construction on weak ground! By analyzing ground reaction forces, we prevent excessive pile diameter and reinforcement, achieving optimal pile placement.

This solution is a ground consulting service that accurately visualizes the horizontal bearing capacity and lateral ground reaction coefficient during earthquakes in building construction plans on soft ground, optimizing pile layout and foundation structure. In sites where thick soft layers are distributed, there has been a challenge of selecting excessively thick pile diameters and excessive pile driving to suppress the bending moment at the pile head and horizontal displacement during earthquakes. GeoTech conducts penetration measurements at multiple points and integrated analysis of ground deformation characteristics, accurately depicting the lateral ground reaction coefficient (Kh) and allowable vertical bearing capacity as numerical data for each depth. By linking the obtained ground bearing capacity parameters to the structural calculation model, we derive the minimum number of piles and optimal pile diameter and pile head reinforcement specifications according to the axial and horizontal forces under each column. This eliminates excessive design and significantly reduces construction labor and material costs while maintaining structural safety. A report with clear calculation basis also facilitates smooth structural compatibility assessment.

  • ボーリング.jpg
  • Site and ground investigation
  • Geological Survey Company
  • Geological Survey
  • 可視化調査

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