Environmental Engineering Reference
In-Depth Information
Demonstration exercise of the high voltage transmission system has been
introduced as the method of verification of the potential limits for the
catastrophic evens.
R
EFERENCE
[1]
H.De Kautender, A. Boggini, Resilience Power Supply in Modern
Office Building, European Copper Institute, June 2005
[2]
J. Chalmers, F.A. Voorvaat, High Voltage Transmission System Lines:
Proximity, Visibility, and Encumbrabce Effects,
The Appraisal Journal,
Summer 2009
[3]
The Smart Grid, DOE Smart Grid. Pdf, USA Department of Energy,
Litos Strategic Communication, Washington
[4]
L. Lav, J.A. J.A.G. Blagin, Waste Case Electricity Scenario, CREATE
Symposium, Univ. South California, Aug. 1995
[5]
W.N. Adger,
Vulnerability, Global Environment Change
16, 2006,
pp.256-267
[6]
H.Kainan,
Concept and Practices of “Resilience”,
US Agency for
International Development, Bangkok, 2006
[7]
E. Hollnagel, D. Woods, N. Levesen,
Residence Engineering: Concepts
and Percepts,
Ashgate Publishing Limited, 2005.;
[8]
S. Atonsen, Safety, Culture and Failure Foresight,
Proceeding of the
Third Resilience Engineering Symposium,
Ed: E.Hollinger, F. Piery,
Rigand, Oct.2008
[9]
C.S. Holling, Resilience and Stability of Ecological System,
Annual
Review of Ecology and Systamatics,
Vol.4, pp.1-23, 1973
[10]
E.Hollnagel, P.Nemet, S. Dokker, Resilience Engineering Perspective,
ASHGATE,
June 2008
[11]
Th. Priestlaym P.C. Ignelzi, Transmission LineImpact on Residents
Communities, Washington D.C. Elisen Electric Institute, June 1989
[12]
C.Folke,
Resilience: The Emergence of a Perspective for Social-
ecological System, Global Environmental Change,
16,2006, pp. 253-267
[13]
N. Afgan, P. Pilavachi,
Energy System Resilience, Energy Policy
(accepted for publication) 2009
[14]
N.Afgan, D. Cvitanovic, Wind Energy resilience, Thermal Science,
(accepted for Publication)
Thermal Science,
2009
[15]
N. Afgan, M. G. Carvalho,
Energy System Assessment with Sustainable
Indicators,
Kluwer Academic Publisher, New, York, 2004
