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Distribution Function of Maximum Discharge: Accounting for Probable Maximum Flood

Bolgov, M. V. / Korobkina, E. A. / Filippova, I. A. / Osipova, N. V.

The problem of obtaining the estimated statistical characteristics of maximum river discharge is considered, taking account of its maximally possible values. The solution method is based on reviewing the distributions bounded from above, i.e., having an upper bound. The extreme value of the discharge, characterized by the error in its determination, is used as the value of the upper limit. The calculated distribution function (probability curve) is derived using a Bayesian approach.

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Distribution Function of Maximum Discharge: Accounting for Probable Maximum Flood

Bolgov, M. V. / Korobkina, E. A. / Filippova, I. A. / Osipova, N. V.

The problem of obtaining the estimated statistical characteristics of maximum river discharge is considered, taking account of its maximally possible values. The solution method is based on reviewing the distributions bounded from above, i.e., having an upper bound. The extreme value of the discharge, characterized by the error in its determination, is used as the value of the upper limit. The calculated distribution function (probability curve) is derived using a Bayesian approach.

Distribution Function of Maximum Discharge: Accounting for Probable Maximum Flood

Bolgov, M. V. / Korobkina, E. A. / Filippova, I. A. / Osipova, N. V.

The problem of obtaining the estimated statistical characteristics of maximum river discharge is considered, taking account of its maximally possible values. The solution method is based on reviewing the distributions bounded from above, i.e., having an upper bound. The extreme value of the discharge, characterized by the error in its determination, is used as the value of the upper limit. The calculated distribution function (probability curve) is derived using a Bayesian approach.

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Document information

Title:

Distribution Function of Maximum Discharge: Accounting for Probable Maximum Flood

Contributors:

Bolgov, M. V. (author) / Korobkina, E. A. (author) / Filippova, I. A. (author) / Osipova, N. V. (author)

Published in:

Power Technology and Engineering ; 53

Publication date:

2019

ISSN:

DOI:

https://doi.org/10.1007/s10749-019-01051-7

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

Bayesian approach , determination of error , maximum water flow , limit values , distribution function , floods

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