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<p>Rigid and flexible polyurethane foam are recognized for their soil stabilization benefits, backed by substantial research. However, these forms&#xa0;encounter limitations due to expertise and costs. This prompts the investigation of semi-rigid foam, like foam balls, which serves as an efficient waste management technique. Such foams offer practical benefits by seamlessly blending with the soil, reducing time and expenses.&#xa0;This study aims to investigate how semi-rigid foam balls affect the soil compaction and shear characteristics of untreated and cement-treated clayey soils, addressing existing gaps in the literature. Soil samples were tested with foam alone at 5, 10, 15, and 20%, cement alone at 5, 7, 10, and 15%, and a mix of foam and cement. Their compaction and shear behavior were assessed individually and in combinations. Results showed that while cement outperformed foam alone, a 10% cement and 10% foam mix significantly enhanced soil cohesion by 10.13 times and angle of friction by 1.65 times, leading to a 4314.7% increase in bearing capacity. These findings indicate that the semi-rigid foam integrates effectively with the soil and synergistically improves cement stabilization effects. The combination of foam balls and cement presents a promising approach for soil stabilization applications.&#xa0;It offers a cost-effective and practical solution for addressing soil challenges in construction projects.</p>

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Soil stabilization utilizing an optimized combination of polyurethane foam and cement

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年9月22日

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  • Lina Jaber,
  • Rona Balhas,
  • Mohamad El Ahmad,
  • Ghida Alhakim

摘要

Rigid and flexible polyurethane foam are recognized for their soil stabilization benefits, backed by substantial research. However, these forms encounter limitations due to expertise and costs. This prompts the investigation of semi-rigid foam, like foam balls, which serves as an efficient waste management technique. Such foams offer practical benefits by seamlessly blending with the soil, reducing time and expenses. This study aims to investigate how semi-rigid foam balls affect the soil compaction and shear characteristics of untreated and cement-treated clayey soils, addressing existing gaps in the literature. Soil samples were tested with foam alone at 5, 10, 15, and 20%, cement alone at 5, 7, 10, and 15%, and a mix of foam and cement. Their compaction and shear behavior were assessed individually and in combinations. Results showed that while cement outperformed foam alone, a 10% cement and 10% foam mix significantly enhanced soil cohesion by 10.13 times and angle of friction by 1.65 times, leading to a 4314.7% increase in bearing capacity. These findings indicate that the semi-rigid foam integrates effectively with the soil and synergistically improves cement stabilization effects. The combination of foam balls and cement presents a promising approach for soil stabilization applications. It offers a cost-effective and practical solution for addressing soil challenges in construction projects.