Sedat Karabay

发表

ACSS/TW aerial high-temperature bare conductors as a remedy for increasing transmission line capacity and determination of processing parameters for manufacturing

Sedat Karabay, S. Karabay, 2009 .

Modification of Conductive Material AA6101 of OPGW Conductors against Lightning Strikes

Sedat Karabay, S. Karabay, 2013 .

An approach for analysis in refurbishment of existing conventional HV–ACSR transmission lines with AAAC

Sedat Karabay, F.Kaya Önder, S. Karabay, 2004 .

Importance of early detection of maintenance problems in rotating machines in management of plants: Case studies from wire and tyre plants

Sedat Karabay, Ibrahim Uzman, 2009 .

Enhancement on Al–Mg–Si alloys against failure due to lightning arc occurred in energy transmission lines

Sedat Karabay, Ersin Asım Güven, Alpay Tamer Ertürk, 2013 .

Performance testing of a constructed drilling dynamometer by deriving empirical equations for drill torque and thrust on SAE 1020 steel

Sedat Karabay, 2007 .

Detecting Groan Sources in Drum Brakes of Commercial Vehicles by TVA-FMEA: A Case Study

Sedat Karabay, Kasim Baynal, Cengiz Igdeli, 2013 .

Design criteria for electro-mechanical transducers and arrangement for measurement of strains due to metal cutting forces acting on dynamometers

Sedat Karabay, 2007 .

Modification of AA-6201 alloy for manufacturing of high conductivity and extra high conductivity wires with property of high tensile stress after artificial aging heat treatment for all-aluminium alloy conductors

Sedat Karabay, S. Karabay, 2006 .

Investigation of extrusion ratio effect on mechanical behaviour of extruded alloy AA-6101 from the billets homogenised-rapid quenched and as-cast conditions

Muharrem Yilmaz, Sedat Karabay, S. Karabay, 2005 .

Analysis of drill dynamometer with octagonal ring type transducers for monitoring of cutting forces in drilling and allied process

Sedat Karabay, S. Karabay, 2007 .

Inoculation of transition elements by addition of AlB2 and AlB12 to decrease detrimental effect on the conductivity of 99.6% aluminium in CCL for manufacturing of conductor

Sedat Karabay, Ibrahim Uzman, I. Uzman, 2005 .