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Flood Frequency Analysis


Edition: 1st
Author(s): Rao; A. Ramachandro.
ISBN10:  0849300835
ISBN13:  9780849300837
Format:  Hardcover
Pub. Date:  10/15/1999
Publisher(s): CRC

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SummaryTable of Contents
Offers details that provide the basis for the computations, illustrating each procedure with real data. Provides the ideal vehicle for practicing hydrologists and engineers to explore and apply the latest methods and research results, contributing to the advancement of the field.
List of Tables
xi
List of Figures
xv
Preface xix
Acknowledgments xxi
Introduction
1(22)
Hydrologic Frequency Analysis
1(1)
General Aspects and Approaches
1(3)
Other Models
4(2)
Return Period, Probability, and Plotting Positions
6(2)
Flood Frequency Models
8(2)
Hydrologic Risk
10(1)
Regionalization
11(1)
Tests of Hydrologic Data
12(11)
Test for Independence and Stationarity
13(1)
Homogeneity and Stationarity Tests
14(2)
Test for Outliers
16(7)
Selection and Evaluation of Parent Distributions: Conventional Moments
23(30)
Moments of Distributions and Their Sample Estimates
23(3)
Moment Ratio Diagrams (MRDs)
26(10)
Probability Plots
36(2)
Selection of Distributions
38(9)
Chi-Square and Psi Tests
41(2)
Kolmogorov--Smirnov Test
43(4)
Regional Homogeneity and Regionalization
47(6)
Selection and Evaluation of Parent Distributions: Probability Weighted Moments and L--Moments
53(20)
Moments of Distributions and Their Sample Estimates
53(3)
L-Moment Ratio Diagrams
56(5)
Tests Based on L-Moments
61(3)
Goodness-of-Fit Tests
61(1)
Regional Homogeneity Tests
62(2)
A Case Study
64(9)
Data and Preliminary Analysis
64(1)
Regional Homogeneity
65(4)
Regional Quantile Estimates
69(4)
Parameter and Quantile Estimation
73(10)
Introduction
73(1)
Parameter Estimation
73(3)
Method of Moments (MOM)
74(1)
Method of Maximum Likelihood (MLM)
75(1)
Method of Probability Weighted Moments (PWM)
75(1)
Quantile Estimation
76(1)
Confidence Intervals
77(6)
Standard Error in the MOM
78(2)
Standard Error in the MLM
80(1)
Standard Error in the PWM
81(2)
Normal and Related Distributions
83(44)
Normal Distribution
83(13)
Introduction
83(2)
Parameter Estimation
85(1)
Method of Moments
85(1)
Maximum Likelihood (ML) Method
86(1)
PWM Method
87(3)
Quantile Estimates
90(2)
Standard Error
92(1)
Method of Moments
92(1)
ML Method
92(2)
PWM Method
94(2)
Two-Parameter Lognormal (LN(2)) Distribution
96(11)
Introduction
96(1)
Parameter Estimation
97(1)
Method of Moments
97(1)
Maximum Likelihood (ML) Method
98(1)
PWM Method
99(2)
Quantile Estimates
101(2)
Standard Error
103(1)
Method of Moments
103(1)
ML Method
104(3)
Three-Parameter Lognormal (LN(3)) Distribution
107(20)
Introduction
107(2)
Parameter Estimation
109(1)
Method of Moments
109(1)
The Maximum Likelihood (ML) Method
110(2)
PWM Method
112(3)
Quantile Estimates
115(2)
Standard Error
117(1)
Method of Moments
117(2)
ML Method
119(8)
The Gamma Family
127(80)
Exponential Distribution
127(13)
Introduction
127(1)
Parameter Estimation
128(1)
Method of Moments
128(2)
Maximum Likelihood (ML) Method
130(1)
PWM Method
131(2)
Quantile Estimates
133(2)
Standard Error
135(1)
Method of Moments
135(1)
ML Method
136(1)
PWM Method
137(3)
Two-Parameter Gamma (G(2)) Distribution
140(14)
Introduction
140(1)
Parameter Estimation
141(1)
Method of Moments
141(1)
Maximum Likelihood (ML) Method
142(2)
PWM Method
144(2)
Quantile Estimates
146(4)
Standard Errors
150(1)
Method of Moments
150(1)
ML Method
150(4)
Pearson (3) Distribution
154(16)
Introduction
154(2)
Parameter Estimation
156(1)
Method of Moments
156(1)
Maximum Likelihood (ML) Method
157(2)
PWM Method
159(4)
Quantile Estimation
163(2)
Standard Errors
165(1)
Method of Moments
165(1)
ML Method
165(5)
Log-Pearson (3) Distribution
170(21)
Introduction
170(4)
Studies on Skewness Coefficients
174(1)
Parameter Estimation
175(1)
Method of Moments
175(1)
Maximum Likelihood (ML) Method
176(1)
PWM Method
177(4)
Quantile Estimation
181(2)
Standard Error
183(1)
Method of Moments
183(3)
ML Method
186(5)
U.S. Water Resources Council Method (WRCM)
191(16)
Introduction
191(1)
Frequency Analysis Procedure by the WRCM
192(7)
Outlier Tests
199(1)
Confidence Limits
200(7)
Extreme Value Distributions
207(52)
Generalized Extreme Value (GEV) Distribution
207(22)
Parameter Estimation
208(1)
Method of Moments
208(4)
Maximum Likelihood (ML) Method
212(4)
PWM Method
216(5)
Quantile Estimates
221(1)
Standard Error
222(1)
Method of Moments
222(1)
ML Method
223(2)
PWM Method
225(4)
The Extreme Value Type I EV(1) Distribution
229(12)
Parameter Estimation
232(1)
Method of Moments
232(1)
Maximum Likelihood (ML) Method
232(2)
PWM Method
234(2)
Quantile Estimates
236(2)
Standard Error
238(1)
Method of Moments
238(1)
ML Method
239(1)
PWM Method
240(1)
Weibull Distribution
241(18)
Parameter Estimation
243(1)
Method of Moments
243(2)
Maximum Likelihood (ML) Method
245(1)
PWM Method
246(3)
Quantile Estimates
249(2)
Standard Errors
251(1)
Method of Moments
251(1)
ML Method
251(8)
The Wakeby Distribution
259(32)
The Five-Parameter Wakeby Distribution (WAK(5))
259(8)
Introduction
259(1)
Parameter Estimation
260(5)
Quantile Estimation
265(1)
Standard Error
265(2)
The Four-Parameter Wakeby Distribution (WAK(4))
267(4)
Introduction
267(1)
Parameter Estimation
267(2)
Quantile Estimation
269(2)
Standard Error
271(1)
The Generalized Pareto Distribution
271(20)
Introduction
271(1)
Parameter Estimation
272(1)
Method of Moments
272(3)
Maximum Likelihood (ML) Method
275(2)
PWM Method
277(4)
Quantile Estimation
281(3)
Standard Error
284(1)
Method of Moments
284(1)
ML Method
285(1)
PWM Method
285(6)
The Logistic Distribution
291(32)
Logistic Distribution
291(11)
Introduction
291(1)
Parameter Estimation
291(1)
Method of Moments
291(1)
Maximum Likelihood (ML) Method
292(2)
PWM Method
294(3)
Quantile Estimation
297(1)
Standard Error
298(1)
Method of Moments
298(1)
ML Method
299(1)
PMW Method
300(2)
Generalized Logistic Distribution
302(21)
Introduction
302(2)
Parameter Estimation
304(1)
Method of Moments
304(2)
Region I: -10 < Cs < 10; -1/3 < k < 1/3
306(1)
Region II: 0 < Cs < 10; 1/3 < k < 1/2
306(1)
Region III: -10 < Cs < 0; -1/2 < k < -1/3
306(1)
The Maximum Likelihood (ML) Method
307(4)
PWM Method
311(3)
Quantile Estimation
314(2)
Standard Error
316(1)
Method of Moments
316(1)
ML Method
317(6)
Computer Program
323(4)
Introduction
323(1)
Description of Program
323(4)
References 327(16)
Index 343

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