Add to ORKG© Published under licence by IOP Publishing Ltd. Known methods of testing supports create longitudinal and transverse static load applied to the support. In real conditions the majority of the damage of the supports is connected with the influence on them of dynamic loads, which can exceed the static. The proposed method allows to conduct experimental studies of cascade processes of destruction of anchor site due to a wire breakage, when the potential energy of the tension wires is converted into a dynamic influence on the design of supports
Early in the 20th Century, the design and construction of high-voltage overhead electric power line...
The design of guyed lattice steel structures used in transmission lines (TL) is generally accomplish...
Structural failure of transmission line systems is often attributed to dynamic effects such as a bro...
Known methods of testing supports create longitudinal and transverse static load applied to the supp...
© Published under licence by IOP Publishing Ltd. Conducted theoretical research of the stress-strain...
Static and dynamic loads impact on a powered roof support during its operation. The dynamic loads le...
An article compares the theoretical and experimental researches of joint work of steel tower type su...
The power supply of urban electric and railway transport is a complex multi-level system, consisting...
A general procedure is presented for computing the dynamic response of electric transmission line sy...
Structural elements of overhead power transmission lines are experiencing both horizontal and vertic...
In order to investigate the behavior of wire under the dynamic load, the authors experiment with a d...
This research presents the numerical validation of two different failure test data. These are: (1) s...
Albermani, F ORCiD: 0000-0001-8540-1724Cascades have been a prominent feature of many transmission l...
The failure of transmission line structures due to severe High Intensity Wind (HIW) events is one of...
Abstract Static and dynamic effects on power transmission towers can be evaluated by methodologies a...
Early in the 20th Century, the design and construction of high-voltage overhead electric power line...
The design of guyed lattice steel structures used in transmission lines (TL) is generally accomplish...
Structural failure of transmission line systems is often attributed to dynamic effects such as a bro...
Known methods of testing supports create longitudinal and transverse static load applied to the supp...
© Published under licence by IOP Publishing Ltd. Conducted theoretical research of the stress-strain...
Static and dynamic loads impact on a powered roof support during its operation. The dynamic loads le...
An article compares the theoretical and experimental researches of joint work of steel tower type su...
The power supply of urban electric and railway transport is a complex multi-level system, consisting...
A general procedure is presented for computing the dynamic response of electric transmission line sy...
Structural elements of overhead power transmission lines are experiencing both horizontal and vertic...
In order to investigate the behavior of wire under the dynamic load, the authors experiment with a d...
This research presents the numerical validation of two different failure test data. These are: (1) s...
Albermani, F ORCiD: 0000-0001-8540-1724Cascades have been a prominent feature of many transmission l...
The failure of transmission line structures due to severe High Intensity Wind (HIW) events is one of...
Abstract Static and dynamic effects on power transmission towers can be evaluated by methodologies a...
Early in the 20th Century, the design and construction of high-voltage overhead electric power line...
The design of guyed lattice steel structures used in transmission lines (TL) is generally accomplish...
Structural failure of transmission line systems is often attributed to dynamic effects such as a bro...