Statistical model of the dynamics of wind speed and wind direction

Abstract

Ab stract-Pres ented are the re sults of the sta tis ti cal anal y sis of the dy nam ics of wind speed and wind di rec tion. Sub stan ti ated is the reasonability of us ing the nor mal dis tri bu tion law for de scrib ing ran dom in cre ments in the wind speed and wind di rec tion an gle. Ob tained is the para met ric de pend ence of the vari ance of an in cre ment in the wind speed and wind di rec tion an gle on the value of time discretization pe riod. Pa ram e ters of this de pend ence are com puted from ex per i men tal data us ing the method of least squares.

Effect of Monsoonal Transition of Wind Flow Pattern of Cauvery Delta Zone- A Case Study

“…The highest average percentage of the relative humidity is 73.0 on July 2019. Humidity variable is also the appropriate variable with which to quantify the effects of humidity on incoming longwave radiation (i.e., the greenhouse effect of water vapour) [10,11]. The difference between the relative humidity higher than the September 2019.In the year of 2019 September noted that maximum relative humidity percentage is 78.0.…”

“…Wind roses, being a reflection of the dominant transport direction of the winds for an area, is also influenced by local terrain, possible coastal effects, the exposure of the instruments, and the temporal variability of the wind and hence, may not always be representative of true transport for an area. Therefore recent trends in air temperatures ranging from regional to continental to global are also employed for better interpretability of wind-rose statistics [8][9][10]. The wind speed probability density distribution can be used to estimate wind power density [11,12] and can also be applied to determine the most dominant wind direction [13][14][15].…”