Describe the detailed classification of water application methods. State the advantages and disadvantages of each method.
Hi Nikeeta, Nice to read your answer to your question. I would like to add some significant mistakes that freshers civil engineers/architectures make while drawing plan The plan is not co-ordinated - In many construction companies, due to lack of coordination between architectural drawing with electRead more
Hi Nikeeta,
Nice to read your answer to your question.
I would like to add some significant mistakes that freshers civil engineers/architectures make while drawing plan
- The plan is not co-ordinated – In many construction companies, due to lack of coordination between architectural drawing with electrical and electric drawing with mechanical for electric wires. Conduits, etc., which leads to a massive problem in the forward lane.
- Incomplete Plan: If an inexperienced engineer is going to draft complex building structures, many issues arise. Complete construction plans consist of multiple sheets, including architectural, mechanical engineering, electrical engineering, civil engineering, structural engineering, and possibly other disciplines. The more complex the project, the more sheets of drawings there will be. When the plans are not complete, it increases the risk for the lender.
- Detail lacking: To reduce time, some architects/engineers will skip some of the drawings’ details. Rather than drawing the details of a roof edge dimensions or a window detail, they’ll add vague notes about what that portion of the construction will contain. That leads to significant problems for site engineers and results in error in structure. Once the contractor is on-site, and they have to attempt to interpret the puzzling notes into actual construction, they will generally have questions about exactly how that is to be done.
- The wrong set of PCR values: The planning process produces various progress sets of drawings, from the original conceptual design drawings to progress collections of construction drawings. Ultimately, the “for construction” set that the contractor will use to build the building.
aviratdhodare
Based on energy/pressure reqd Gravity Irrigation. Border, basin & furrow irrigations Pressurized irrigation. Drip & Sprinkler irrigations Based on placement of irrigation water (on, above or below soil surface) Surface irrigation. Border, basin & furrow irrigations Subsurface irrigationRead more
Gravity Irrigation. Border, basin & furrow irrigations
Pressurized irrigation. Drip & Sprinkler irrigations
Surface irrigation. Border, basin & furrow irrigations
Subsurface irrigation
Overhead irrigation. Sprinkler & hand watering
Flood irrigation (Border, basin & furrow)
Drip (or trickle or localized) irrigation
Sprinkler irrigation
Surface Irrigation Method: Borders
Surface Irrigation Method: Basins
Advantages
Limitations
Surface Irrigation Method: Furrow
Types
Advantages
Limitation
Sprinkler Irrigation
Types
Advantages
Limitations
Drip Irrigation
Advantages:
Limitations:
Other Forms of Irrigation
Hand watering
Capillary irrigation
Localized irrigation
Subsurface irrigation