Advanced Hydrology and water resources Engineering
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Follow on Instagram for UpdatesAdvanced Hydrology and water resources Engineering Syllabus — Unit-wise Content
The official GTU curriculum for Advanced Hydrology and water resources Engineering (subject code ME01065011) as prescribed for CE · Semester 1 divides the course into 4 units, covering 31 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (ME01065011)Unit 1 Module 1
- Rainfall data and its processing- frequency analysis-probability distribution and its application hydrology. -IDF Curves and DAD curves and its derivation and uses
- Water losses -Infiltration-Hortans' and Green Ampt model Runoff- Indices
- Hydrograph-components- base flow separation- unit hydrograph- S and synthetic hydrograph
- Case studies relating to water shed management
Unit 2 Module 2
- Ground water flow and well hydraulics - Aquifer parameters-land subsidence due to over pumping- steady radial flow in to a well-well in uniform flow-steady flow with uniform charge-and steady flow in to a well confined
- unconfined and leaky aquifers-well near aquifer boundaries-multiple well systems-partially penetrating wells --pumping tests
- Non equilibrium for pumping test-Theis method. - Jacob's Method-Chow's method
- Salt water intrusion
- ground water basin development, and Artificial recharge
Unit 3 Module 3
- Open wells — Design of open well —yield test.- Methods of construction-dug wells
- Tube wells
- Design Screened wells
- Selection of screen size yield of well
- well lose
- determination of well loss
- by step pumping method
- Test holes
- well logs
- shallow tube wells
- drilling on rocks
- screen installation well completion
- well development
- testing wells for yield
- failure of tube wells
- collector of radial wells
- cavity wells and infiltration galleries
Unit 4 Module 4
- Yield estimation: flow duration curve and mass curve —reservoir capacity and design
- Hydrologic equation and water balance studies- flood routing studies
- Floods-estimation: Empirical -Rational formula- hydrograph method- flood frequency analysis- Gumbel's and Log-pearson type III
- Regression — Linear and non-linear - correlation- Methods of assessing error in hydrologic data and hydrologic computation
- Modelling — Classification of models based various criteria — Physically based models —Classification of PDEs- Methods for solution — FDM —Explicit and Implicit equation -solution procedure for Laplace and Unsteady ground water flow equation- and FEM (Basic concepts only)
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