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Subsidence Analysis Product List

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Optimal foundation design and ground investigation for embankment construction sites for residential properties | Geotech

Optimal foundation design and ground investigation for embankment construction sites for residential properties | Geotech

Eliminate excessive reinforcement with high-precision settlement analysis. Achieve cost optimization in the residential development project of embankment construction.

In the business of residential property development, uniform reinforcement assessments for ground subsidence risks in embankment construction sites can lead to excessive improvement costs, which in turn pressure profit margins. It is extremely important to select appropriate foundation specifications based on evidence while ensuring safety, as this balances business profitability and quality assurance. Our ground investigation services suppress excessive reinforcement through precise data analysis, providing optimal solutions for cost and safety. 【Usage Scenarios】 - Foundation design for residential properties in embankment construction sites - Development sites for residential land where ground subsidence risks are a concern - Projects requiring a reduction in excessive improvement costs 【Effects of Implementation】 - Minimization of construction costs by eliminating ambiguous long piles and excessive column improvements - Facilitation of ground guarantee reviews based on objective evidence - Realization of long-term quality assurance for residential properties through precise subsidence analysis

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

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Ground Investigation | Settlement Analysis of Uneven Ground at the Site of a Demolished Wooden Apartment Building

Ground Investigation | Settlement Analysis of Uneven Ground at the Site of a Demolished Wooden Apartment Building

Analyze the uneven ground of the demolition site with height differences and cut-and-fill transitions through multi-point measurements, and propose an optimal foundation design to prevent differential settlement of wooden apartments.

This technology is a ground investigation method that precisely identifies the risk of settlement caused by uneven ground due to cut and fill in the demolition site of wooden apartments with elevation differences and terraced history. In ground conditions where hard cut soil and soft fill soil coexist, known as "cut and fill crossing," there is a risk of catastrophic differential settlement occurring after new construction due to significant differences in bearing capacity. This service integrates and analyzes screw weight penetration tests (SWS tests) at multiple points with elevation survey data to three-dimensionally grasp the position of the cut and fill boundary and changes in the thickness of the fill layer. By simulating the estimated deformation angles (tilt of the building) between measurement points from the acquired continuous data, we quantify the impact of uneven settlement on the structure. Based on the analysis results, we propose targeted measures focused only on the fill areas that require reinforcement, rather than conducting uniform and costly improvement work across the entire site. We strongly support safe and secure apartment construction while eliminating potential issues with uneven ground and optimizing reinforcement costs.

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

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Site Investigation | Optimization of Residential Foundation Costs on Soft Ground through Settlement Analysis and Load Distribution

Site Investigation | Optimization of Residential Foundation Costs on Soft Ground through Settlement Analysis and Load Distribution

An advanced analytical method that prevents excessive improvements through stress distribution analysis of building loads and settlement amount simulation, optimizing the foundation costs of custom-built homes.

This technical solution is an analytical proposal that optimizes the foundation costs of custom homes on soft ground by utilizing the stress dispersion mechanism of building loads and precise settlement simulation. It conducts a detailed evaluation of load propagation from the foundation base at depths of 2 meters and 2 to 5 meters, accurately calculating the correlation between the long-term allowable stress of the ground and the building's ground pressure. Furthermore, it numerically simulates future consolidation settlement and deformation angles using multiple sounding data, proving structural safety. This approach helps to suppress unnecessary deep improvements and pile work that anticipate excessive safety factors, enabling the proactive adoption of direct foundations such as strip and mat foundations. With a unique evaluation standard encompassing three items and eight elements that cover legal regulations, it ensures high structural safety while preventing excessive reinforcement. The highly reliable technical evidence is also optimal for confirmation applications and explanations to clients, strongly supporting the reduction of housing project costs while maintaining high-quality construction. We provide optimal ground consulting for designers and construction companies struggling with excessive improvements.

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

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Foundation cost optimization through ground surveys for detached house construction | Geotech

Foundation cost optimization through ground surveys for detached house construction | Geotech

Advanced analytical methods to optimize foundation costs even on weak ground.

In the detached housing construction industry, cost management of residential foundations on weak ground is a significant challenge. In particular, if excessive improvements are made without accurately understanding the characteristics of the ground, it can lead to unexpected cost increases. To ensure the safety of the building while reducing unnecessary costs, appropriate foundation design that considers ground settlement analysis and load distribution is required. Our ground investigation solutions prevent excessive ground improvement and achieve optimization of foundation costs for custom homes through stress distribution analysis of building loads and precise settlement simulations. 【Usage Scenarios】 - Construction of custom detached houses on weak ground - Projects aiming to reduce foundation costs - Situations requiring documentation for confirmation applications or explanations to clients 【Benefits of Implementation】 - Suppression of excessive deep improvement and pile work - Promotion of the adoption of direct foundations such as strip foundations and mat foundations - Balancing cost reduction and high-quality construction in housing projects

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

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Ground investigation and settlement analysis for existing buildings for renovation and extension.

Ground investigation and settlement analysis for existing buildings for renovation and extension.

Reduce the ground risk of existing buildings and achieve safe renovations and expansions.

In renovations and extensions, it is important to accurately understand the impact of existing buildings on the ground and manage the risks of future settlement and differential settlement. Particularly when it involves expanding or altering the structure of a building, new loads are placed on the ground, making the evaluation of ground bearing capacity and settlement behavior essential. Inadequate ground evaluation can lead to tilting, cracking, and even structural problems in the building. Our ground investigation and settlement analysis services assess the ground risks of existing buildings through stress distribution analysis of building loads and precise settlement simulations, determining the necessity for appropriate foundation reinforcement or ground improvement. This helps prevent excessive improvement work and supports cost-effective renovations and extensions. 【Usage Scenarios】 - Expanding existing buildings or changing floor plans - Large-scale renovation projects - When signs of ground subsidence or differential settlement are observed - Renovations aimed at extending the lifespan of buildings 【Benefits of Implementation】 - Accurate understanding of ground risks for existing buildings - Cost reduction by suppressing excessive foundation reinforcement work - Ensuring long-term stability of buildings - Achieving safe and secure renovations and extensions

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

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地盤調査｜粘性土の圧密沈下を精密解析し長期沈下を防ぐスマート選定

地盤調査｜粘性土の圧密沈下を精密解析し長期沈下を防ぐスマート選定

粘性土地盤の圧密沈下を精密解析！福祉施設の長期沈下を防ぐスマート選定で過剰施工を排除し事業主への安心提案と成約を実現。

福祉施設や医療施設などの重荷重建築物を厚い沖積粘性土や高含水ローム地盤上に建設する場合、直後の即時沈下だけでなく数年単位で進行する「圧密沈下」による不同沈下事故のリスクが極めて高くなります。しかし、リスク回避を最優先にするあまり一律に深層杭や高額な地盤補強工事を指定することは、建築コストの不当な高騰を招き事業主様からの不満の原因となります。本資料では、粘性土層の長期的な圧縮挙動を定量解析し、安全性とコストの最適化を両立させるスマート基礎説明術を解説しています。ジオテックの地盤診断では、不攪乱試料採取や室内圧密試験、段階載荷解析を駆使し、圧縮指数や沈下収束時期を科学的に解明します。建物荷重と接地圧の分散効果を計算式に反映し、過剰な補強工事を削ぎ落としたベタ基礎や地中梁、必要最小限の地盤改良工法を提示します。客観的データと最高５０００万円の地盤保証制度により事業主様へ圧倒的な安心感を提供し、スムーズな事業推進をサポートいたします。

  • Site and ground investigation
  • Geological Survey Company
  • Geological Survey
  • Subsidence Analysis

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