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IBRACON Structures and Materials Journal • 2013 • vol. 6 • nº 1
Concrete compressive characteristic strength analysis of pile caps with three piles
6. References
[01] MIGUEL, G. M. Numerical and experimental analysis
of three-pile caps. Thesis (Doctorate). School of
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[05] ADEBAR et al. Strut-and-tie models for design of pile
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[08] CSA. 1994. Design of concrete structures. Standard
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[09] AUSTRALIAN STANDARD. AS 3600 – Concrete
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[11] COMITÉ EURO-INTERNATIONAL DU BÉTON.
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fib
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[15] CLARKE, J. L. Behavior and design of pile caps with
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[16] RAUSH, A; D’ASCENSO, N; GOLDSCHMIDT,
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de Pilotes Sometidos a Cargas Verticales. XXVIII
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V.01, p. 309-318, São Carlos, 1997.
Figure 9 – Model 1 ties tensile stresses
in the anchorage zone (ATENA),
where stresses values are highlighted
in some ties points (values in MPa)
Figure 10 – Model 2 ties tensile stresses
in the anchorage zone (ATENA),
where stresses values are highlighted
in some ties points (values in MPa)
Figure 11 – Model 3 ties tensile stresses
in the anchorage zone (ATENA),
where stresses values are highlighted
in some ties points (values in MPa)