CE-603 (A) Water Resource Engineering Notes
5 notes for Water Resource Engineering, unit by unit.
Notes for CE-603 (A)
- Unit 1 · Short notes Irrigation water requirement and Soil-Water-Crop relationship Irrigation definition, necessity, advantages and disadvantages · Types and methods of irrigation · Irrigation development · Soil types, occurrence and suitability for irrigation · Wilting coefficient and field capacity of soils · Optimum water supply and consumptive use determination
- Unit 2 · Short notes Ground Water and Well irrigation Confined and unconfined aquifers · Aquifer properties · Hydraulics of wells under steady flow conditions · Infiltration galleries · Ground water recharge – necessity and methods of improving storage · Water logging – causes, effects and prevention
- Unit 3 · Short notes Hydrology Hydrological cycle · Precipitation and its measurement · Recording and non‑recording rain gauges · Estimating missing rainfall data · Rain gauge networks · Mean depth of precipitation over a drainage area
- Unit 4 · Short notes Canals and Structures Types of canals · Canal alignment · Design of unlined and lined canals · Kennedy’s and Lacey’s silt theories · Typical canal sections · Canal losses and lining objectives
- Unit 5 · Short notes Floods Types of floods and their estimation by different methods · Probability and frequency analysis of floods · Flood routing through reservoirs and channels · Flood control measures · Economics of flood control
More for CE-603 (A)
Other 6th semester CE subjects
- CE-601 Structural Design & Drawing (RCC-I)
- CE-602 Environmental Engineering-I
- CE-603 (B) Precast & Modular Construction
- CE-603 (C) Advance Pavement Design
- CE-603 (D) Cost Effective & ECO‑Friendly Structures
- CE-604 (A) Fluid Mech. – II
- CE-604 (B) Intellectual Property Rights
- CE-604 (C) Environmental Impact Assessment
- CE-604 (D) Operation Research
- CE-605 Advance surveying lab
- CE-606 Non- Destructive Testing Lab