Applied Hydrology MSC

Hydrology Books

Download: Engineering Hydrology by K Subramanya 3rd ed.

Download: Solution Manual Engineering Hydrology by K Subramanya 3rd ed.

Download: Surface water hydrology by N.M. Awan

Download: Applied hydrology by Ven Te Chow, David R. Maidment and Larry W. Mays

Download: Concise Hydrology by Dawei Han

Download: Engineering Hydrology by Yilma Seleshi

Download: Engineering Hydrology by Dr. Aqeel Al Adili

Download: Essentials of Meteorology An invitation to atmosphere by C. Donald Ahrens 3rd ed.

Download: Handbook of hydrology by David R. Maidment

Download: Hydrology for engineers by Ray K. Linsley, Max A. Kohler and Joseph L.H. Paulhus

Download: Hydrology Principles, Analysis and Design by H.M. Raghunath

Download: Introduction to hydrology by Warren Viesmann and Gary L. Lewis

Download: Manual on estimation of probable maximum precipitation by WMO

Download: Technical guide River and stream systems: Flooding Hazard limit Ontario

Download: Flood hydrology manual A water resources technical publication by USBR

Applied Hydrology Lectures

1_Introduction to applied hydrology

2_Global energy and water cycle

3_Precipitation

4_Evapotranspiration

5_Canopy interception, depression storage and infiltration

6_Groundwater flow

7_Hydrological modelling

7b Numerical solution of Saint Venant’s equations

8_Floods

Global energy and water cycles

Applied hydrology notes

1. Principles of water resources engineering (Surface and ground water resources)

2. Principles of water resources engineering (Concepts of planning water resources development)

3. Principles of water resources engineering (National policy for water resources development)

4. Principles of water resources engineering (Planning and assessment of data for project formulation)

5. The science of surface and ground water (Precipitation and evapotranspiration)

6. The science of surface and ground water (Runoff and infiltration)

7. The science of surface and ground water (Rainfall runoff relationships)

8. The science of surface and ground water (Design flood estimation)

9. The science of surface and ground water (Subsurface movement of water)

10. The science of surface and ground water (Principles of ground water flow)

11. The science of surface and ground water (Well hydraulics)

12. The science of surface and ground water (Flow dynamics in open channels and rivers)

13. The science of surface and ground water (Geomorphology of rivers)

14. The science of surface and ground water (Sediment dynamics in alluvial rivers and channels)