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。
31～60 item / All 158 items
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Site Investigation | Balancing Safety and Cost in the Sale of Newly Built Homes on Embankments
Thorough analysis of differential settlement risks in subdivided built-for-sale houses on filled land using surrounding environmental and geological data. We achieve optimal foundation design that eliminates waste.
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Site Investigation | Research to Balance Safety and Cost in Subdivided Built Homes on Embankment Areas
Ideal for subdivided built-for-sale houses on filled land! By using SDS testing and our unique analysis criteria, we reduce excessive ground reinforcement while preventing settlement risks.
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Ground Investigation | Soil Quality Assessment and Optimal Foundation Design Ground Investigation for Residential Development on Embankment Land
Significant reduction of excessive ground improvement costs! Proposal for optimal foundation design based on high-precision SDS testing and settlement analysis for residential buildings on embankment land.
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Site investigation | Eliminate excessive reinforcement in subdivided built homes on embankment land!
Solving the risk of differential settlement in the construction of built-for-sale houses on filled land through terrain analysis and unique standards! Preventing excessive improvements while balancing safety and cost.
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Site Investigation | Optimal Foundation Based on Data for Built Homes on Embankment Land
Ideal for subdivided built-for-sale houses on filled land! By conducting a preliminary site history analysis and soil quality assessment through SDS testing, we prevent excessive reinforcement, ensuring both safety and cost-effectiveness.
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Site Investigation | Optimal Foundation Design Site Investigation for Land Development of Fill Areas in Subdivided Built Homes
Significantly improve profit margins in subdivided built-for-sale houses on filled land! By utilizing high-precision surveys and subsidence analysis, we achieve zero excessive reinforcement, balancing safety and cost.
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Site investigation | Precise analysis of cut and fill boundaries in built houses on embankment land!
Thoroughly clarifying the dangers of steep slopes and proximity to retaining walls! An optimal foundation design that balances safety and cost by eliminating excessive construction in subdivided residential areas built on embankments.
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Site Investigation | Ground Investigation for Environmentally Considerate and Cost-Reducing Residential Development on Embankment Land
High-precision surveys for the sale of built houses on filled land! By selecting the optimal ground reinforcement method and reducing excess soil, we achieve both safety and cost-effectiveness.
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Site Investigation | Plate Load Test and Direct Foundation Selection to Prevent Excessive Reinforcement of Single-Story Logistics Warehouses
Reduce construction costs for single-story logistics warehouses! Directly evaluate the allowable bearing capacity of shallow ground through plate load tests to prevent excessive piling work and ground improvement, ensuring optimal foundation selection.
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Ground Investigation | Plate Load Test and Foundation Optimization to Prevent Excessive Reinforcement of the Floor in Single-Story Logistics Warehouses
Prevent excessive floor load design in single-story logistics warehouses! Directly quantify the bearing capacity of shallow ground through plate load testing to achieve both structural safety and foundation cost reduction.
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Site Investigation | Reducing Construction Time for Single-Story Logistics Warehouses through Plate Load Testing and Pile-less Foundation Assessment
Significantly shorten the construction period of the single-story logistics warehouse! Measure the allowable bearing capacity of shallow soil through plate load tests and immediately determine the adoption of a pile-less direct foundation.
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Ground investigation | Plate load test and foundation assessment to prevent excessive reinforcement of the floor slab in logistics warehouses.
Prevent the sinking of the concrete floor in single-story logistics warehouses! Directly quantify the shallow soil bearing capacity through plate loading tests to achieve optimal foundation and floor structures that allow safe operation of AGVs and heavy machinery.
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Site Investigation | Reducing the Disposal Costs of Excavated Soil for Single-Story Logistics Warehouses through Plate Load Testing and Foundation Selection
Significantly reduce the cost of leftover soil for single-story logistics warehouses! Prove shallow layer bearing capacity through plate loading tests and implement an environmentally friendly eco-foundation design proposal that eliminates pile construction.
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Site Investigation | Plate Load Test to Facilitate Building Confirmation Application Review for Single-Story Logistics Warehouse
Facilitating the confirmation application for single-story logistics warehouses! Presenting evidence of shallow foundation bearing capacity through flat loading tests to smoothly clear structural conformity assessments and reviews.
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Ground Investigation | Plate Load Test and Foundation Review to Prevent Excess Piling in Single-Story Logistics Warehouses
Reviewing the excessive piling work for single-story logistics warehouses! By measuring the shallow soil bearing capacity with a plate load test, we significantly reduce construction costs through a design change to direct foundations.
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Ground Investigation | Plate Load Test and Foundation Assessment to Prevent Ground Variability in Single-Story Logistics Warehouses
Clarifying the ground unevenness of a large-area single-story logistics warehouse! Evaluating the ground bearing capacity by conducting plate load tests for each area, achieving pinpoint foundation design that eliminates uniform reinforcement.
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Site Investigation | Plate Load Test and Eco Foundation Selection to Reduce CO2 Emissions in Single-Story Logistics Warehouses
Reducing CO2 emissions from single-story logistics warehouses! Achieving an environmentally friendly eco-foundation design that minimizes material usage by measuring shallow soil bearing capacity through flat loading tests.
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Site Investigation | Reducing Construction Time for Single-Story Logistics Warehouses through Plate Load Testing and Rapid Foundation Selection
Significantly shorten the construction period of single-story logistics warehouses! Rapidly evaluate shallow layer bearing capacity through plate load tests and achieve early business operation with direct foundations that eliminate pile work.
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【For Urban Development】Ram Penetration Test for Small Steel Frame Buildings
A compact device that achieves high-precision ground surveys even in dense areas.
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Ram penetration test for small steel buildings aimed at commercial facilities.
Supporting store expansion with high-precision ground surveys even in narrow spaces.
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Ground investigation using ram penetration test for small detached houses.
Ground investigation that accurately identifies deep support layers even in narrow sites.
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【For Medical and Welfare】Ram Penetration Test for Expansion Plan of Steel Frame Building on a Narrow Site
Supporting expansion plans with high-precision ground surveys even on small sites.
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【For Cultural Facilities】Ram Penetration Test for Steel Frame Buildings on Narrow Sites
Supporting the establishment of a new gallery with high-precision ground surveys even in narrow spaces.
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【For Warehousing and Logistics】Ram Penetration Test for Steel Frame Buildings on Limited Land
A penetration test that achieves high-precision ground investigation even in narrow spaces.
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【For factory expansion】Ram penetration test for small site steel frame buildings | Geotech
Supporting factory expansion with high-precision ground surveys even on small sites.
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[For IT and Communications] Ram Penetration Test for Small Steel Frame Buildings | Geotech
Supporting data center construction with high-precision ground surveys even on small sites.
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Optimization of Pile Length for Small Steel Buildings in Real Estate Development | Geotech
Optimize pile length for small sites using neighboring data and on-site surveys.
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【For Architectural Design Offices】 Optimization of Pile Length for Steel Frame Buildings on Narrow Sites | Geotech
Optimize pile length for small sites using neighboring data and on-site surveys.
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Ground Survey for Steel Frame Buildings on Narrow Sites for General Contractors | Geotech
Optimize pile length using neighboring data and on-site surveys to balance cost and safety.
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Optimizing pile length for small buildings through neighborhood data analysis and field surveys for urban planning.
Identified the supporting layer of the narrow site through neighboring data and on-site surveys. Prevented excessive design and achieved economical and safe optimization of pile length.
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