Failure analysis of a transmission line considering the joint probability distribution of wind speed and rain intensity

Resilience assessment and improvement for electric power transmission systems against typhoon disasters: A data-model hybrid driven approach

“…Ref. [59] proposed a set of equivalent conversion methods for the rainfall amounts in 24 hours into the intensity in 10 minutes 0.6021 10 min 24h R 27.08R  (29) where 24h R is the rainfall amounts in 24 hours, 10 min R is the rainfall intensity in 10 minutes.…”

“…is the weight of the feature variable i , m is the number of feature variables, and max , boundary quantity set by the feature variable i .2) Calculate the composite score Obtain the correction coefficientAccording to reference[19,59], this paper maps the value of the revision coefficient k to the interval […”

Structural reliability analysis of a submerged floating tunnel under copula-based traffic load simulations

“…Other variables such as corrosion growth have been characterized using copulas for the assessment of steel girder bridges [22]. Modeling of environmental loads are also a topic of interest for the assessment of structures, for example, in [23], a copula-model is used to characterize the joint distribution of wind speed and rain intensity to perform a failure analysis of a transmission line. In [24], wind speed and air temperature are characterized using copulas for the assessment of long span bridges.…”

Collapse Analysis of a Transmission Tower-Line System Induced by Ice Shedding

“…However, the above research is limited to the elastic stage of the transmission lines and does not involve the collapse of transmission lines caused by ice shedding. In fact, more and more attentions are attractive to tower collapse [30][31][32][33][34].…”