Dallas / Waco / Paulding / M City / Austin A1 A2 / New York / Arlington / /
Company
Academic Press / Vf / Amp / Large Nonequivalenced Electric Networks / Case / McGraw-Hill / /
Country
United States / /
Facility
Power System Analysis / Ohio Northern University / University of Texas / Massachusetts Institute of Technology / Purdue University / The University of Texas / Computer Engineering The University of Texas / /
IndustryTerm
interconnected electric network / electricity / load flow solution / electric networks / load flow solutions / nodal admittance matrix solution / zip flow solution / power flow modifying device / matrix solution / /
Organization
University of Texas at Arlington / University of Texas at Austin / MIT / Massachusetts Institute of Technology / SM Department of Electrical / Ohio Northern University / Purdue University / /
Person
Eugene G. Preston / Martin L. Baughman / David J. Lawrence / Paul Joskow / W. Mack Grady / W. F. Tinney / V / /
Position
professor / Assistant Professor / General / Engineering Manager / Engineer / Research Associate / /
Product
Single Line Removal Using Sj Injection / /
ProvinceOrState
Texas / Ohio / North Dakota / New York / Massachusetts / /
PE-018-PWRS[removed]This is a reformatted version of this paper. An original can be obtained from the IEEE. A New Model For Outaging Transmission Lines In Large Electric Networks Eugene G. Preston, M