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Welcome to CivilAche, a blog dedicated to academic and innovation in civil engineering. My name is Alpesh, and I'm the author behind this website. I'm a civil engineer, and I'm passionate about the field of civil engineering.

CivilAche is a platform that provides informative and engaging content about the latest advancements in civil engineering. From new building materials to innovative construction techniques, I cover a wide range of topics that are relevant to the field of civil engineering.

My goal with CivilAche is to create a space where engineers, researchers, and students can come together to learn, discuss, and exchange ideas. Whether you're a seasoned engineer or a student just starting out, I believe that you'll find something valuable on my website.

One of the unique aspects of CivilAche is that I don't just provide technical content about civil engineering. I also explore the broader societal impacts of civil engineering projects. I believe that it's important for engineers to consider the social, environmental, and economic impacts of their work. By exploring these topics, I hope to encourage a more holistic approach to civil engineering.

At CivilAche, I strive to make my content accessible and easy to understand. I know that the field of civil engineering can be technical and complex, and I want to make sure that everyone can understand the content that I'm presenting.

Whether you're a student, a researcher, or a practicing engineer, I believe that you'll find something valuable on CivilAche. If you're interested in staying up to date with the latest advancements in civil engineering or need guidance on a specific project, then I encourage you to explore my website and get in touch with me.

Thank you for taking the time to learn more about CivilAche. I'm excited to share my knowledge and experiences with you, and I look forward to hearing from you soon.

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RIVER INTAKE STRUCTURE

  RIVER INTAKE As we know intake should be located at the upstream side of the city so pollution is minimum and this river intake should be sufficiently inside the river water so need of water can be supplied at every seasons of the year. Some river intakes are constructed near the bank of river when sufficient depth is available, some are created away from the bank of river when river bed is soft or unstable near bank, sometimes water level raised by constructing weir on the river and sometimes channel created and water led to the intake tower. This all situations divides river intake into two major types: (1) Single well type intake and (2) Twin well type intake. Parts of river intake are Intake well, Intake pipe and Jack well. River intake well has two parts, lower part is Jack well and upper part is surves pump house. SINGLE WELL TYPE RIVER INTAKE In single well type intakes water is directly enter into jack well through the penstockes (openings) created at different level. As ...

CANAL INTAKE STRUCTURE

  CANAL INTAKE Canal intake structure An irrigation canal used as the source of water when other source are far from the city. Intake structure constructed near the bank of canal. An intake chamber created inside the canal using concrete or masonry having one bell mouth entry pipe inside it. Intake chamber has opening guarded with coarse screen and bell mouth entry protected with fine screen or mesh. Bell mouth entry located at expected low water level of the canal. Water enters from this bell mouth entry and conveyed through withdrawal conduits to sump well or city.

RESERVOIR INTAKE STRUCTURE

  RESERVOIR INTAKE All rivers has not sufficient depth of flow throughout the year and hence dam constructed across the river to form a reservoir having sufficient depth for intake. This intake structure built upstream side near the dam and it is similar to the river intake. A typical reservoir intake well consists number of water entry ports located at various elevations so that relatively clear top water is only drawn at all seasons. All control on this entry ports is at topnof the well. Dry intakes and wet intakes formed according to the position of entry valves outer and inner of the well respectively.