地盤調査
地盤調査
戸建て住宅の地盤調査で一般的なSWS試験（スクリューウエイト貫入試験）をはじめ、 大規模建築物に適したボーリング調査、各種土質試験にも幅広く対応いたします。
61～90 item / All 158 items
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Optimization of Pile Length for Narrow Steel Frame Buildings in Logistics Warehouses | Geotech
Economic and safe seismic reinforcement of logistics warehouses through neighboring data and on-site surveys.
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Ground Investigation for Steel Frame Buildings on Small Commercial Sites | Geotech
Optimize pile length using neighboring data and on-site surveys to achieve both economic efficiency and safety.
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Optimization of Pile Length for Steel Frame Buildings on Narrow Lots for Housing Manufacturers | Geotech
Optimize the pile length of small sites economically and safely through neighboring data and on-site surveys.
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Ground investigation for residential development on embankment land for real estate development | Geotech
Conduct a ground survey that balances safety and cost for the residential housing project on filled land.
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Ground investigation for built-for-sale houses on embankment construction sites for house manufacturers.
Conduct ground surveys that balance safety and cost for a housing project on filled land.
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[For Construction Companies] Ground Investigation for Residential Properties on Embankment Land | Geotech
Ground investigation for built-for-sale houses on filled land, balancing safety and cost.
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[For Architectural Design Firms] Ground Investigation of Embankment Areas | Geotech
In a residential development built on filled land, balancing safety and cost as the basis for design.
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Ground Investigation of Embankment Sites for Used Housing Distribution | Geotech
To maintain the asset value of used homes, conduct safe ground surveys in filled land.
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Ground investigation that balances safety and cost during renovation for contractors.
Perfect for renovation projects! Achieving safety and cost-effectiveness with unique analysis standards and SDS testing.
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Ground investigation for residential land development on embankment sites for real estate development.
Optimal foundation design that balances safety and cost for subdivided built-for-sale houses on filled land.
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[For House Manufacturers] Residential Development on Embankment Land - Optimal Foundation Design and Ground Survey
Optimal foundation design that balances safety and cost in subdivided built-for-sale houses on filled land.
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Optimal foundation design and ground survey for residential sales houses on embankment construction sites for construction companies.
Improve profit margins in subdivided built-for-sale houses on filled land! Eliminate excessive reinforcement.
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[For Architectural Design Offices] Optimal Foundation Design and Ground Investigation for Embankment Construction Sites
High-precision ground survey of embankment construction sites to enhance design flexibility.
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Optimal foundation design and ground investigation for embankment construction sites for residential sales | Geotech
High-precision ground surveys that balance safety and cost for subdivided built-for-sale houses on filled land.
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[For Renovation Contractors] Ground Survey for Extension and Renovation | Geotech
Reduce ground risk during renovation and construction, balancing safety and cost.
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[For Land Utilization Consultants] Optimal Foundation Design and Ground Investigation for Embankment Construction Sites
Support for the feasibility assessment of earth-filled land projects. Control excessive reinforcement to balance safety and cost.
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Site Investigation | Precise Survey to Determine the Inclination of Support Layers for Riverfront Condominium Development
Clarifying the slope of the supporting layer essential for the construction of riverside condominiums! Geotech's precise ground investigation prevents excessive pile length through multi-point surveys and data analysis.
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Ground Investigation | Precise Analysis of Liquefaction and Support Layer Inclination in Riverfront Condominium Development
Thorough investigation of liquefaction and support layer inclination risks for riverside condominium developments! Geotech's ground survey leads to safe pile foundations through soil testing and structural analysis.
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Ground Investigation | Multifaceted Considerations on the Inclination of Support Layers in Riverfront Condominium Developments
A multifaceted examination of the slope of the supporting layer of riverside condominiums! Reliable geotechnical precision ground surveys guided by neighboring data and assessments from qualified professionals.
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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.
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Site Investigation | Optimize Pile Layout for New Buildings on Soft Ground! Detailed Ground Bearing Capacity Evaluation Survey
Clarifying settlement behavior in new building construction on soft, cohesive soil! Achieving a high level of both pile placement and structural safety through precise visualization of ground bearing capacity to prevent differential settlement.
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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.
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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.
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Site Investigation | Precise Bearing Capacity Evaluation Survey to Optimize Pile Layout for New Construction on Soft Ground
Prevent construction troubles in new buildings on weak ground! By visualizing soil bearing capacity with high precision, we prevent excess or insufficient pile lengths and reduce overall site costs.
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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.
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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.
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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.
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Site Investigation | Optimizing Pile Layout for New Construction on Weak Soil Using DB Composite Ground Bearing Capacity Survey
Clarifying the unevenness of the supporting layer for new buildings on soft ground through the comparison of wide-area ground databases and multi-point measurements! Preventing excessive pile design and achieving optimization of pile placement.
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Ground Investigation | Analysis Method for Measuring Settlement of Uneven Ground at the Site of a Demolished Wooden Apartment Building
By conducting multi-point SWS tests on the uneven ground of the dismantled site and analyzing the deformation angles between measurement points, we can proactively prevent the risk of differential settlement in wooden apartments.
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Ground Investigation | Excessive Ground Improvement Prevention Measurement and Analysis Method at the Site of a Demolished Wooden Apartment
Reassess the excessive ground improvement costs due to the uneven ground of the demolition site from the ground up, and optimize the construction budget for wooden apartments through precise ground bearing capacity measurements and soil classification.
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