Model for Advancing Quality Control Practices in Concrete and Soil Testing for Infrastructure Projects: Ensuring Structural Integrity

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@article{1708975,
      author = {Sidney Eronmonsele Okiye},
      title = {Model for Advancing Quality Control Practices in Concrete and Soil Testing for Infrastructure Projects: Ensuring Structural Integrity},
      journal = {Iconic Research And Engineering Journals},
      year = {2021},
      volume = {4},
      number = {9},
      pages = {295-322},
      issn = {2456-8880},
      url = {https://www.irejournals.com/formatedpaper/1708975.pdf},
      abstract = {Ensuring structural integrity in infrastructure projects requires rigorous quality control practices in concrete and soil testing. As construction demands evolve, the need for advanced methodologies to assess material performance and durability has become increasingly critical. Traditional quality control approaches often rely on standardized testing procedures, yet inconsistencies in material composition, environmental influences, and human error can compromise structural reliability. This paper presents a model for advancing quality control practices in concrete and soil testing, integrating modern technologies and systematic evaluation frameworks to enhance precision and efficiency in infrastructure development. Concrete quality control encompasses mix design optimization, curing techniques, and strength assessment to ensure compliance with engineering standards. Similarly, soil testing evaluates foundational stability, moisture content, and compaction characteristics, influencing the long-term performance of infrastructure projects. By incorporating automated testing systems, real-time monitoring, and predictive analytics, this model aims to mitigate risks associated with material deficiencies and construction errors. Additionally, the study explores regulatory frameworks and industry best practices that support the adoption of enhanced quality control measures. Through a comparative analysis of conventional and advanced testing methodologies, this research highlights the benefits of integrating digital tools and data-driven approaches in construction quality assurance. The findings contribute to the ongoing discourse on sustainable infrastructure development, advocating for a proactive stance in material evaluation and structural integrity preservation. By refining quality control protocols, stakeholders can achieve greater reliability, cost efficiency, and longevity in infrastructure projects.},
      keywords = {Quality control, concrete testing, soil testing, structural integrity, infrastructure development, material evaluation, predictive analytics},
      month = {March},
  }