.jpg)
.jpg)
Classification of Linear PDE
Taylor Series Expansion
Condition of Convergence and Stability
Discretization of Parabolic PDE
Discretization of Elliptic PDE
..by Gauss Siedel Method
Crank Nicholson Method
Numericals on Crank Nicholson Method
Finite Difference Method
Numericals on Finite Difference Method
The Richardson Extrapolation Method.jpg)
Definition
Empirical method of Flood Peak Estimation
Rational Equation
Unit hydrograph technique
Flood frequency studies
Rational Method
Time of Concentration
Rainfall Intensity
Characteristics of Empirical Formulae\
Dickens Formula
Ryves Formula
Inglis Formula
Fullers Formula
Baird and Mcillwraith(1951)
Estimation of Flood from Frequency Analysis
Probable density function (PDF)
Plotting Position Probability(PPP)
Determination of the Flood Magnitude Hydrologic Frequency Analysis
Adjustment for Urbanization
Urban Adjustment Factor(Leopold,1968)
Probable Maximum Precipitation
Statistics
Decision Making
.jpg)
Extreme weather events such as landslides, floods, and waterlogging have become more common in the last five years. The primary cause of these climatic abnormalities is the congestion or clogging of the drainage network of a watershed, either natural or artificial. The human body's arteries or blood vessels can become clogged due to the buildup of fats, leading to potential health issues such as backflow, ruptures of blood vessels, and blood spills.
To mitigate the frequent occurrences of flooding, waterlogging, and landslides, it is essential to desilt and expand our drainage system. By desilting the existing network, we can clear blockages, and by expanding the network, we can provide an additional path for excess water to flow. However, governments have turned blind to such proposals.
To solve this problem, we need to desilt and expand our drainage system.
