%0 Generic %1 mastuzaki1991inter %A MASTUZAKI, Y. %A IKEYA, T. %A R.KIMATA, %A BOGNAR, A %A SZAPLONCZAY, P. %A TEGLAS, M. %D 1991 %K Galloping Line Rubber Silicone Spacer Transmission phase %T INTER PHASE SPACER FOR OVERHEAD LINES %X Galloping in overhead lines is the largest and most intractable problem still confronting power transmission engineers. Numerous researchers have undertaken detailed analyses on the basis of observations made under adverse conditions and fundamental wind-tunnel experiments, and have developed a variety of countermeasures. None.however. has been entirely effective. It is considered that the anti-galloping measures proposed here, using phase spacers made of a non-ceramic insulating material. represent the most effective means yet devised for dealing with galloping.

@conference{mastuzaki1991inter, abstract = {Galloping in overhead lines is the largest and most intractable problem still confronting power transmission engineers. Numerous researchers have undertaken detailed analyses on the basis of observations made under adverse conditions and fundamental wind-tunnel experiments, and have developed a variety of countermeasures. None.however. has been entirely effective. It is considered that the anti-galloping measures proposed here, using phase spacers made of a non-ceramic insulating material. represent the most effective means yet devised for dealing with galloping.}, added-at = {2021-03-01T22:36:38.000+0100}, author = {MASTUZAKI, Y. and IKEYA, T. and R.KIMATA and BOGNAR, A and SZAPLONCZAY, P. and TEGLAS, M.}, biburl = {https://www.bibsonomy.org/bibtex/2ec7269dd16968eaf982693270e6e9118/ceps}, interhash = {b680c3be2bb800e3bed957712323ab51}, intrahash = {ec7269dd16968eaf982693270e6e9118}, keywords = {Galloping Line Rubber Silicone Spacer Transmission phase}, timestamp = {2023-12-21T14:40:24.000+0100}, title = {INTER PHASE SPACER FOR OVERHEAD LINES}, year = 1991 }