Scholarlink

The increasing global population has led to a scarcity of fresh water, necessitating proper management of water resources. This chapter focuses on the design and estimation of stormwater drainage facilities for the Vijayapur City, India. The study investigates the potential problems that may arise on roads due to the absence of proper stormwater drainage, such as pothole formation and road surface rutting. By identifying major flooded areas and analyzing the issues specific to those locations, the chapter provides feasible solutions. The methodology includes the delineation of the catchment area using GIS software, extraction of contours from Digital Elevation Models (DEMs), and the layout of the drainage system. The study determines the optimal location of catch basins to divert runoff into conduits, minimizing the time of outstanding water. Storm Cad software is used for model validation and computation. Data for analysis are obtained from IRC code books, and the discharge at the outflow is predicted based on the developed model. Additionally, the chapter proposes the design of a reservoir to collect stormwater during peak precipitation periods.

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Performance Evaluation of Stormwater Management and Its Impact

  • 会议论文

  • 发表日期：

    2026年

查看全文
  • Arun S. Bagi,
  • Aijaz Ahmad Zende,
  • Vedprakash Maralapalle,
  • Mohammad Umar Farooq Patel,
  • Nayeemulla Inamdar,
  • Praveen Biradar,
  • Manjunath Ishwaragol,
  • Raju Lokhande,
  • Basavaraj Hotti

摘要

The increasing global population has led to a scarcity of fresh water, necessitating proper management of water resources. This chapter focuses on the design and estimation of stormwater drainage facilities for the Vijayapur City, India. The study investigates the potential problems that may arise on roads due to the absence of proper stormwater drainage, such as pothole formation and road surface rutting. By identifying major flooded areas and analyzing the issues specific to those locations, the chapter provides feasible solutions. The methodology includes the delineation of the catchment area using GIS software, extraction of contours from Digital Elevation Models (DEMs), and the layout of the drainage system. The study determines the optimal location of catch basins to divert runoff into conduits, minimizing the time of outstanding water. Storm Cad software is used for model validation and computation. Data for analysis are obtained from IRC code books, and the discharge at the outflow is predicted based on the developed model. Additionally, the chapter proposes the design of a reservoir to collect stormwater during peak precipitation periods.