We precisely evaluate the long-term allowable bearing capacity of the ground that supports ultra-high loads, reducing the risk of differential settlement.
In data center development, the ultra-high loads resulting from the concentrated arrangement of server racks and uninterruptible power supplies exert pressure on the ground, making the stability of the structure extremely important. If there are uneven layers of viscous soil or soft layers in the deep ground, minor differential settlement may occur after the facility begins operation, potentially leading to equipment malfunctions or structural damage. Therefore, it is essential to accurately understand the characteristics of the deep ground and predict settlement behavior. Our ground investigation provides evidence-based long-term allowable bearing capacity through deep boring and laboratory consolidation tests, supporting the prevention of facility accidents. 【Usage Scenarios】 - Ground investigation during the planning of new data center construction - Prediction of bearing capacity and settlement of deep ground - Preliminary assessment of differential settlement risks and consideration of countermeasures 【Benefits of Implementation】 - Optimization of structural design based on precise ground data - Prevention of equipment malfunctions and structural damage due to differential settlement - Assurance of structural safety in long-term facility operations
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【Features】 - Clarification of the characteristics of deep supporting layers through deep drilling and standard penetration tests - Stage loading consolidation tests in accordance with JIS A 1217 using undisturbed samples - Simulation of settlement amounts by identifying consolidation yield stress and compression index - Direct measurement of lateral deformation coefficients of the ground through in-situ lateral loading tests (LLT) - Comparative analysis with surrounding ground using the ground information integration system "GEODAS" 【Our Strengths】 Geotech is a specialized company in ground investigation, reinforcement design and construction, and settlement correction, providing a one-stop service. Leveraging our extensive experience and technical expertise, we support the future of cities with reliable engineering services, even in projects that require advanced structural safety, such as data centers.
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It is applied to the verification of deep soil bearing capacity in the design and development of data centers, AI server buildings, and hyperscale data centers where ultra-high loads are anticipated. It is optimal for determining the overconsolidation ratio of cohesive soil layers and for blocking future risks through consolidation settlement analysis, as well as for obtaining the basis for vertical and horizontal bearing capacity calculations of pile foundations. Furthermore, it can be used for structural compatibility assessments, preparation of documents for building confirmation reviews, prevention of differential settlement issues in large facilities, and as a basis for evaluating long-term safe operation.
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