Introduction to Water Resource Planning and Management

Full Content

Water Resource Part

• 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

Management Part

• Statistics

• Outlier Detection
• Correlation : Auto and Cross
• Runs Test
• Weibuls Formula

• Decision Making

• MCDM
• Analytical Hierarchy Process
• ELECTRA
• Optimization Techniques

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Nine MCDM METHOD in one Book #freetutotorials #MCDM #ecourse

Nine MCDM Methods in one book :

1) ELECTRE : ELIMINATION AND CHOICE TRANSLATING REALITY 2)FMAE : FAILURE MODE EFFECTS ANALYSIS 3)MAUT : MULTI ATTRIBUTE UTILITY THEORY 4&5)PROMETHEE : PREFERENCE RANKING ORGANIZATION METHOD FOR ENRICHMENT EVALUATION (One and Two) 6)RA : RELIABILITY ANALYSIS 7)WSM : WEIGHTED SUM METHOD 8)WPM : WEIGHTED PRODUCT METHOD 9)DELPHI All these are free video tutorials.

For case studies and project ideas please upgrade to Paid Member of Baipatra VSC.

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Why are so many natural disasters taking place within June to September ?

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.

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Ecourse : Artificial Intelligence and Water Resources

Ecourse : Artificial Intelligence and Water Resources

Learn about Artificial Neural Networks, the backbone of Artificial Intelligence in a self-paced manner. Simple and Polynomial Neural Networks were covered with self-explanatory presentations and examples of problems from Water Resources. The content of the course is as follows: 1 What is ANN? 2 Training Algorithms: Conjugate Gradient Descent and Newton Method 3 Training Algorithms : Quasi Newton and Levenberg Meruardt 4 Advanced ANN: PNN with the help of GMDH 5 GMDH 6 Performance Metrics 7 Example Application in Water Resource Development 8 No Code Software for ANN Application In addition to this multiple Case studies will be discussed.

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Ecourse: Geographical Information System

Ecourse: Geographical Information System

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Seven New Research Associate Positions in Water Resource Engineering

Research Associate at The University of Newcastle, Australia

This position will be offered as a level A, 3-year, fixed-term contract. The remuneration range is from $95,918 to $102,962 plus 17 % superannuation and leave loading. On site. The last date of application is 13th Nov 2023. Minimum requirement PhD in Chemical Engineering(preferred) with expertise in Computational Fluid Dynamics.

Research Associate in Sewer and Water Supply System Performance in Sheffield, UK

This post is fixed-term for 24 months with a proposed start date of 1st March 2022 and an end date of 29th Feb 2024.This is an exciting opportunity for a Post-Doctoral Research Associate to conduct world leading research into asset deterioration and system performance that will enhance the future resilience of sewer and water supply networks. The selected candidate should be educated to PhD level or have equivalent experience, have strong analytical and computational skills and be able to work in a busy laboratory environment.
Click here for more info.

Read the Complete article from HydroGeek

Optimal Water Allocation in Thermal Power Plant with the help of Mine Bursting Algorithm and Glowworm Optimization Algorithm: How to achieve this objective? Launching this today(19/10/2023) at 11 AM

Optimal Water Allocation in Thermal Power Plant with the help of Mine Bursting Algorithm and Glowworm Optimization Algorithm: How to achieve this objective? Launching this today(19/10/2023) at 11 AM

https://youtu.be/nBi16qrKmMY

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