LICENTIATE THESIS - Luleå tekniska universitet

References
Evaluation of Concrete Structures
Andersson J. (2000). Utmattning av betong: en studie av deformationerna vid utmattande
dragbelastning (Concrete fatigue: a study of deformation under tensile cyclic load). Master’s thesis
2000:293, Division of Structural Engineering, Luleå University of Technology, Luleå
1998. In Swedish.
Balázs, G. L. (1991): Fatigue of bond. ACI Material Journal (Detroit), Vol 88, No 6,
pp 620-629.
BBK 94 (1994, 1996): Swedish Code for Concrete Structures. Volume1 - Design,
Volume 2 - Materials, Construction, Control (In Swedish), Svensk Byggtjänst,
Stockholm 1994, 185 + 116 pp. ISBN 91-7332-686-0, 91-7332-687-9. Supplement
1996, 57 pp, ISBN 91-7147-274-6.
Bungey, J.H. and Millard, S.G. (1996): Testing of Concrete in Structures. Blackie
Academic & Professional, an imprint of Chapman & Hall, London 1996, 286pp (ISBN
0 7514 0241 9).
BV BRO94 – Banverkets ändringar och tillägg till vägverkets BRO94. Handbok BVH
583.10. Utgåva 3, (Design handbook for Railway Bridges). Banverket, Borlänge, Sweden
1996. 75 pp.
Carolin A. (2001): Strengthening of Concrete Structures with CFRP. Field-tests and Shear
Strengthening. Licentiate Thesis 2001:01, June 2001, ISBN 91-89580-01-X.
Daerga P-A. and Pöntinen, D. (1993): A fatigue failure criterion for concrete based on
deformation. Nordic Concrete Research (Oslo), No 2/1993, pp 6-20.
EC2-1 (1991): Eurocode 2: Design of Concrete Structures, Part 1: General rules and rules
for buildings. European Prestandard ENV 1992-1-1:1991. European Committee for
Standardization, Brussels 1991, 253 pp.
EC2-2 (1995): Eurocode 2: Design of Concrete Structures, Part 2: Concrete Bridges.
European Prestandard ENV 1992-2:1995. CEN, European Committee for
Standardization, Brussels 1995, 51 pp.
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