The main purpose of this paper is to evaluate and estimate the annual rainfall return period and provide the best statistical distribution. Therefore, the annual rainfall data of Karaj Synoptic Station has been used to estimate the rainfall with a return period of 200,100,50,25,5. Gift tests (x ̅), Rss, K-S were used to use the best statistical distribution and finally smada software was used to analyze the selected distribution. The results of the study show that among the statistical distributions used in this study, the distribution of the lognormal is the most appropriate distribution.
arjomand,M. , sadeghiyan,N. and amini,S. (2020). Select the best statistical distribution in estimating the rainfall return period using Smada software
(Case study: Karaj city). Civil and Project, 2(1), 11-17.
MLA
arjomand,M. , , sadeghiyan,N. , and amini,S. . "Select the best statistical distribution in estimating the rainfall return period using Smada software
(Case study: Karaj city)", Civil and Project, 2, 1, 2020, 11-17.
HARVARD
arjomand M., sadeghiyan N., amini S. (2020). 'Select the best statistical distribution in estimating the rainfall return period using Smada software
(Case study: Karaj city)', Civil and Project, 2(1), pp. 11-17.
CHICAGO
M. arjomand, N. sadeghiyan and S. amini, "Select the best statistical distribution in estimating the rainfall return period using Smada software
(Case study: Karaj city)," Civil and Project, 2 1 (2020): 11-17,
VANCOUVER
arjomand M., sadeghiyan N., amini S. Select the best statistical distribution in estimating the rainfall return period using Smada software
(Case study: Karaj city). Civ. Proj. J., 2020; 2(1): 11-17.
