Optimizing Foundations: The Case for Slab Selection in Multi-Story Residential Buildings

Indonesian Journal of Innovation Studies Pub Date : 2024-04-16 DOI:10.21070/ijins.v25i2.1067

Saktaganova Nargul, Uderbayev Saken, Zhapakhova Akmaral, Zhakapbayeva Gulnaz, Aben Gulaina, Yespenbetova Alina

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Abstract

This study investigates the optimal foundation design for multi-story residential buildings through a comparative analysis of two foundation variants under specific geological conditions. Employing the finite element method via SCAD software, we assessed the structural integrity and load-bearing capacities of the foundation options. Material consumption was quantified for each variant, and the consistency of settling calculations for the slab foundation was evaluated. The results indicated that the slab foundation not only minimizes material usage but also simplifies design complexity according to normative standards. Based on technical and economic assessments, the slab foundation is recommended as the most cost-effective and structurally efficient option for such construction projects. This research provides a pivotal foundation design perspective that could influence future architectural and engineering practices in residential building construction. Highlights: SCAD software validates foundation integrity via finite element analysis. Slab foundations offer superior cost and material efficiency. Simplifies design, enhancing construction process efficiency. Keywords: Structural Integrity, Slab Foundation, Reinforcement, Monolith, Building

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优化地基：多层住宅建筑的板块选择案例

本研究通过对特定地质条件下的两种地基变体进行比较分析，研究了多层住宅建筑的最佳地基设计。通过 SCAD 软件采用有限元法，我们评估了地基方案的结构完整性和承载能力。我们对每种地基方案的材料消耗进行了量化，并评估了板式地基沉降计算的一致性。结果表明，板式地基不仅最大限度地减少了材料用量，而且根据规范标准简化了设计的复杂性。根据技术和经济评估，建议将板式地基作为此类建筑项目中最具成本效益和结构效率的选择。这项研究提供了一个重要的地基设计视角，可影响未来住宅建筑施工中的建筑和工程实践。亮点 SCAD 软件通过有限元分析验证了地基的完整性。板式地基具有卓越的成本和材料效益。简化设计，提高施工流程效率。关键词结构完整性板式地基加固巨石建筑

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Indonesian Journal of Innovation Studies

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