Environmental Engineering Reference
In-Depth Information
67. Seidel, M. (2002) [@lang
ur
Windenergieanlagen [Design of hybrid towers for wind turbines]. Beton- und
Stahlbetonbau,
“de”] Auslegung von Hybridt
urmen f
¼
€
€
, 564-575.
97
68. Gasch, R. (2002) [@lang
“de”] Windkraftanlagen: Grundlagen und Entwurf.
Teubner, 2005 [English: Wind Power Plants: Fundamentals, Design, Construction
and Operation, James & James].
¼
69. Hau, E. (2006) Wind Turbines. Springer.
70. Faber, T. and Steck, M. (2005) [@lang
“de”] Windenergieanlagen zu Wasser und
zu Lande - Entwicklung und Bautechnik der Windenergie [Onshore and Offshore
Wind Turbines - Wind Energy Development and Construction Technology]. VDI
yearbook 2005, VDI-Verlag GmbH, Dusseldorf.
71. Det Norske Veritas Offshore Standard, DNV-OS-J101 (2004) Design of Offshore
Wind Turbine Structures. Jun 2004.
¼
72. Zilch, K., Zehetmaier, G., and Gl
aser, C. (2004) [@lang
“de”]
€
¼
Erm
udungsnachweis bei Massivbr
ucken [Fatigue Analysis for Concrete Bridges],
€
€
part 1: Br
ucken, Parkh
auser [bridges, multi-storey parking] (ed. Beton-Kalender),
€
€
Ernst & Sohn.
73. Pfanner, D. (2003) [@lang
“de”] Zur Degradation von Stahlbetonbauteilen unter
¼
Erm
udungsbeanspruchung [Degradation of RC Components Subjected to Fatigue
Loads], Structural Engineering Division, Ruhr-Universit
€
€
at Bochum. VDI Verlag
GmbH.
74. G
€
ohlmann, J. (2009) [@lang
“de”] Zur Sch
adigungsberechnung an
¼
€
Betonkonstruktionen f
ur Windenergieanlagen unter mehrstufiger und mehraxialer
€
Erm
udungsbeanspruchung [calculation of damage to concrete structures for wind
turbines subjected to multi-stage and multi-axial fatigue loads]. Dissertation,
Leibniz University of Hannover, IRB Verlag.
€
75. Su, E. C. (1987) Biaxial compression fatigue of concrete. PhD Dissertation,
Department of Civil Engineering, University of Houston, Texas.
76. Hsu, T.T.C. (1981) Fatigue of plain concrete. ACI Journal,
78
,
292-305.
77. Schlaich, J. (1967) [@lang
“de”] Der kontinuierlich gelagerte Kreisring unter
antimetrischer Belastung [Continuously supported annulus subjected to
antisymmetrical loads]. Beton- und Stahlbetonbau, vol. 62, pp. 21ff.
¼
78. Gr
unberg, J. and Vogt, N. (2009) [@lang
“de”] Teilsicherheitskonzept fur
€
¼
Gr
undungen im Hochbau [Partial Safety Factor Concept for Foundations], (ed.
Beton-Kalender), part 1, Ernst & Sohn, pp. 555-636.
€
79. De Gijt, J.G. and Lesny, K. (2009) [@lang
undungen im offenen Wasser
[foundations in open water], in Grundbau-Taschenbuch [Foundations Manual], part
3, 7th edn, (ed. K.-J. Witt), Ernst & Sohn.
“de”] Gr
¼
€
