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Ground Analysis Product List

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Ground Analysis: 3D Geological and Ground Modeling

Ground Analysis: 3D Geological and Ground Modeling

Consulting according to needs, from the data acquisition stage necessary for modeling!

The quality of 3D geological and ground models depends on the quality and quantity of the data available for model construction, as well as the ability of civil engineering geologists to comprehensively analyze and evaluate the distribution, layering, and characteristics of the geology and ground that can be inferred from that data. At our company, experienced civil engineering geologists with developed 4D thinking skills conduct 3D geological and ground modeling to provide high-quality deliverables. Additionally, we offer consulting services tailored to your needs, starting from the data acquisition stage necessary for modeling. [Features] ■ 3D geological and ground modeling by experienced civil engineering geologists with developed 4D thinking skills ■ Consulting services tailored to your needs *For more details, please refer to the PDF materials or feel free to contact us.

  • Site and ground investigation
  • Ground Analysis

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Ground Analysis: "Discontinuous Rock Mass Analysis"

Ground Analysis: "Discontinuous Rock Mass Analysis"

Utilization of investigation, observation, and analysis techniques on rock slope! Introduction to discontinuous rock mass analysis.

The stability assessment of rock slopes is an extremely important issue in transportation routes such as roads and railways, as well as in residential areas in mountainous regions. Our company conducts safety evaluations of slopes by utilizing investigation, observation, and analysis techniques for rock slopes, and if necessary, we also propose countermeasure methods. We have developed and are operating testing equipment such as one-surface shear testing devices targeting discontinuities within rock masses, as well as various analysis methods (such as the composite yield model (MYM)), and we are working to clarify the actual behavior of discontinuous rock masses. 【Features】 ■ Utilization of investigation, observation, and analysis techniques for rock slopes ■ Conducting safety evaluations of slopes and proposing countermeasure methods if necessary ■ Clarification of the actual behavior of discontinuous rock masses *For more details, please refer to the PDF document or feel free to contact us.

  • Site and ground investigation
  • Ground Analysis

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Ground Analysis: Slope Stability Analysis

Ground Analysis: Slope Stability Analysis

Conducting stability analysis using various numerical analysis methods combined with deformation analysis!

"Slopes Stability Analysis" involves stability evaluation and design of countermeasures based on the design guidelines of various organizations, as well as conducting studies using numerical analysis methods tailored to the characteristics of the examined locations. As an emergency response measure during natural disasters, we provide a monitoring (observation) system utilizing communication networks. Additionally, in complex ground compositions consisting of special cross-sectional shapes such as overhangs or rocks with varying strengths, we conduct stability analysis using various numerical analysis methods for deformation analysis, and we examine suitable countermeasures that align with local conditions. 【Features】 ■ Stability evaluation and design of countermeasures based on the design guidelines of various organizations ■ Conduct studies using numerical analysis methods tailored to the characteristics of the examined locations ■ Provide a monitoring (observation) system utilizing communication networks *For more details, please refer to the PDF materials or feel free to contact us.

  • Site and ground investigation
  • Ground Analysis

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地盤解析『軟弱地盤解析』

地盤解析『軟弱地盤解析』

変形解析の結果は地盤の変形・破壊の程度を予測し対策へ反映！軟弱地盤解析のご紹介

軟弱地盤においては、降雨や地震などの自然災害などの他に、構造物の施工や 掘削・盛土などの人為的要因によっても地盤の変形や破壊にいたる場合があります。 当社では、実地盤において生じるさまざまな地盤災害（変形や破壊）に対して 調査・観測を行ない、その原因究明と対策へのアプローチを行っています。 それらを踏まえて実施するFEM解析などによる変形解析の結果は、地盤の変形・ 破壊の程度を予測し、対策へ反映されます。 【特長】 ■実地盤において生じるさまざまな地盤災害に対して調査・観測を行う ■原因究明と対策へのアプローチ ■変形解析の結果は地盤の変形・破壊の程度を予測し、対策へ反映 ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせ下さい。

  • Site and ground investigation
  • Ground Analysis

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Ground Analysis: "Infiltration Flow Analysis"

Ground Analysis: "Infiltration Flow Analysis"

We are conducting infiltration flow analysis based on practical phenomena, utilizing the knowledge accumulated through joint research!

In "permeation flow analysis," it is important to accurately reflect the water level behavior within the embankment. To understand the water level conditions within the embankment, we participated in a joint research project involving the Public Works Research Institute (at that time), the National Institute for Land and Infrastructure Management (at that time), and eight private companies, titled "Development of Water Level Observation Methods within Embankments for Advanced Embankment Management Technology." From the various water level observation methods used in the joint research, we were able to obtain generally valid water level observation results within the embankment, and the outcomes were compiled into a "Manual (Draft) for Water Level Observation within River Embankments." Our company conducts permeation flow analysis based on the knowledge accumulated from the joint research, tailored to actual phenomena. 【Main Business Achievements】 ■ Review and examination of the Kuji River and Naka River embankments: Kanto Regional Development Bureau, Ministry of Land, Infrastructure, Transport and Tourism ■ Survey and design work for construction in the Miyako area: Hokuriku Regional Development Bureau, Ministry of Land, Infrastructure, Transport and Tourism ■ Design work for embankments within the Aomori River National Highway jurisdiction: Tohoku Regional Development Bureau, Ministry of Land, Infrastructure, Transport and Tourism ■ Examination of permeation countermeasures for the Tedori River embankment: Hokuriku Regional Development Bureau, Ministry of Land, Infrastructure, Transport and Tourism *For more details, please refer to the PDF materials or feel free to contact us.

  • Site and ground investigation
  • Ground Analysis

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Cloud-based satellite image analysis service "Kumiki SAT"

Cloud-based satellite image analysis service "Kumiki SAT"

Revolutionizing inspection and investigation from space.

"With satellite eyes and AI, dramatic efficiency and peace of mind in field management." "Kumiki SAT" is a cloud-based service that combines high-resolution images captured by Earth observation satellites with proprietary AI analysis technology, allowing you to grasp extensive field conditions from your desk. 1. Monitoring large areas at high frequency all at once Satellites can cover large facilities, infrastructure in mountainous areas, and vast forests, where drone or human access is difficult. Regular automatic imaging captures temporal changes without missing anything. 2. AI automatic analysis requiring no specialized knowledge AI automatically performs advanced analyses such as detecting landslides and flooding, counting buildings and vehicles, and analyzing vegetation activity. The analysis results are visualized on an intuitive dashboard to support rapid decision-making. 3. Balancing cost reduction and safety Significantly reduce the number of on-site investigations, cutting labor and travel costs. Even in initial assessments during disasters, you can safely grasp the current situation without the risk of secondary disasters. From disaster prevention measures for municipalities to infrastructure maintenance and environmental monitoring, "Kumiki SAT" evolves traditional field management into smart, data-driven management.

  • Analysis and prediction system
  • Ground Analysis

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[For Construction Companies] Ground Survey | Optimization of Housing Foundation Costs for Weak Soils

[For Construction Companies] Ground Survey | Optimization of Housing Foundation Costs for Weak Soils

Advanced analytical methods for optimizing foundation costs on weak ground.

Are you struggling with foundation costs for custom homes in areas with soft ground? Accurately understanding the characteristics of the ground and avoiding excessive improvements is crucial for balancing cost reduction and maintaining quality. Our ground investigation technology offers analytical proposals to optimize foundation costs for custom homes on soft ground through stress distribution analysis of building loads and precise settlement simulations. We evaluate load transmission from the foundation base in detail and calculate the correlation between the long-term allowable stress of the ground and the building's ground pressure. Furthermore, we simulate future consolidation settlement and deformation angles to demonstrate structural safety. This helps to suppress unnecessary deep improvements and pile work, enabling the adoption of direct foundations. Our unique evaluation criteria, which cover legal standards, ensure high structural safety while preventing excessive reinforcement. Reliable technical evidence can also be utilized for confirmation applications and explanations to clients, supporting cost reduction and high-quality construction in housing projects. We provide optimal ground consulting for designers and construction companies struggling with excessive improvements. 【Usage Scenarios】 - Construction of custom single-family homes on soft ground - Projects aiming to balance cost reduction and structural safety - Explanations regarding ground conditions to clients

  • ボーリング.jpg
  • Site and ground investigation
  • Geological Survey Company
  • Geological Survey
  • Ground Analysis

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Ground Investigation | Analysis of Subsurface Remnants and Uneven Ground at the Site of a Demolished Wooden Apartment

Ground Investigation | Analysis of Subsurface Remnants and Uneven Ground at the Site of a Demolished Wooden Apartment

Visualize the risks of residual materials and uneven ground subsidence lurking in the site of a dismantled structure through multi-point penetration tests, fundamentally preventing differential settlement accidents in wooden apartments.

This technology is a ground investigation method that precisely identifies and evaluates the risk of settlement caused by old foundations, demolition debris, and uneven backfill layers remaining on the site of a demolished wooden apartment building. In post-demolition land, the presence of underground remnants and insufficient compaction can easily lead to significant variations in strength within the site, which can cause differential settlement and distortion of structures after new construction. Our service employs multi-point screw weight penetration tests (SWS tests) to finely measure penetration resistance values at various depths, accurately analyzing the stratigraphic profile while appropriately eliminating the influence of obstacles. Furthermore, we conduct comparisons of resistance values between measurement points and simulate estimated deformation angles to quantitatively calculate the differential settlement behavior that affects buildings. Based on the analysis data, we propose rational ground reinforcement plans that best fit the characteristics of uneven ground, such as surface improvement, columnar improvement, and small-diameter steel pipe pile methods. We aim to prevent troubles unique to demolition sites in advance and ensure the structural safety and high-quality evidence of wooden apartments.

  • ボーリング.gif
  • Geological Survey Company
  • Ground foundation construction method
  • Pile and foundation work
  • Ground Analysis

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Site Investigation | Optimization of Foundation Costs for Custom Homes to Prevent Excessive Improvement on Weak Ground

Site Investigation | Optimization of Foundation Costs for Custom Homes to Prevent Excessive Improvement on Weak Ground

An optimization method that prevents excessive improvement through soil quality assessment and soil strength evaluation using the SDS test, significantly reducing foundation costs while maintaining the safety of custom-built homes.

This technical proposal is a ground investigation and analysis solution that prevents excessive ground improvement work in soft ground and optimizes the foundation costs of custom homes. By digitally measuring soil conditions that were difficult to distinguish with conventional simple sounding tests using the SDS test, we objectively identify sandy soils, clayey soils, loam, and humus based on rotational torque and penetration resistance. Furthermore, by combining depth-specific stress propagation analysis of building loads with our unique judgment criteria based on an annual track record of 100,000 cases, we accurately evaluate the inherent bearing capacity of the ground (allowable bearing capacity). This approach avoids uniform deep improvement and excessive pile work, maximizing the potential for direct foundations such as slab foundations and strip foundations. Additionally, clear reports that visualize subsurface cross-sections and settlement predictions facilitate technical explanations to clients and streamline consensus building. Through appropriate design based on evidence-based technical data, we contribute to significant reductions in construction costs and improvements in builders' gross profit margins, while also smoothly addressing the review of ground warranty systems, strongly supporting the creation of safe and secure homes.

  • ボーリング.jpg
  • Site and ground investigation
  • Geological Survey Company
  • Geological Survey
  • Ground Analysis

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