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IBRACON Structures and Materials Journal • 2012 • vol. 5 • nº 3
Probe penetration test applied for evaluating shotcrete compressive strength
[06] ACI COMMITTEE 228. In-place methods to estimate
concrete strength, ACI 228.1R. American Concrete
Institute (2003) Farmington Hills, MI,
[07] SOUTSOS, M.N., BUNGEY, J.H., LONG, A.E.,
HENDERSON, G.D. In-situ strength assessment of
concrete – The European concrete frame building
project. In: Non-destructive tests in civil engineering,
Tokyo (2000) 583-592,
[08] IWAKI, K., HIRAMA, A., MITANI, K., KAISE, S.,
NAKAGAWA, K. A quality control method for shotcrete
strength by pneumatic pin penetration test. NDT &
E International – Independent Non-destructive testing
and evaluation 34 (6) (2001) 395-402.
[09] PINTO, R.C.A., BAGGIO, D. Estudo da Variabilidade
do Ensaio Brasileiro de Penetração de Pinos. 46º
IBRACON - Congresso Brasileiro do Concreto,
Florianópolis, (2004).
[10] ACI Committee 228. In-place methods to estimate
concrete strength, ACI 228.1R. American Concrete
Institute, Farmington Hills, MI, (2003).
[11] AL-MANASEER, A.A., NASSER, K.W. Laboratory and
field tests with a new non-destructive apparatus.
Canadian Journal of Civil Engineering 17 (6) (1990)
904-910.
[12] AMERICAN SOCIETY FOR TESTING ANDMATERIALS,
ASTM C 803-82: Standard test method for penetration
resistance of hardened concrete, 1982.
[13] VIEIRA, D.P. Método Brasileiro de Penetração de
Pinos. XX Jornadas Sul Americanas de Engenharia
Estrutural, Santiago, Chile (1978).
[14] EVANGELISTA, A.C.J. Avaliação da Resistência do
Concreto Usando Diferentes Ensaios não Destrutivos.
Tese de Doutorado, Universidade Federal do Rio de
Janeiro, (2002).
[15] ARNI, H.T., Impact and penetration tests of
portland cement concrete. Highway Research Report
378 (55) (1972).
[16] CARETTE, G.G., MALHOTRA, V.M., In-Situ Tests:
Variability and Strength Prediction of Concrete at
Early Ages. Malhotra, V.M., Ed., American Concrete
Institute, Spec. Publ. SP-82, 111p., (1984).
[17] KEILLER, A.P., A Preliminary Investigation of Test
Methods for the Assessment of Strength of In-Situ
Concrete. Tech. Rep. No. 551, Cement and Concrete
Association, Wexham Springs, September, (1982).
[18] MONTGOMERY, D.C. Applied Statistics and Probability
for Engineers, 4thEd. Willey, (2006) 784p.
[19] ASSOCIAÇÃO BRASILEIRA DE NORMAS TÉCNICAS,
NBR 5739: Concreto - Ensaios de compressão de
corpos-de-prova cilíndricos. Rio de Janeiro, (2007).
[20] PRUDÊNCIO JR. L.R. Contribuição à dosagem de
concreto projetado. Tese de doutorado, Programa de
Pós-graduação da Universidade de São Paulo – USP,
Brasil, (1993).
[21] ASSOCIAÇÃO BRASILEIRA DE NORMAS TÉCNICAS,
NBR 7680: Concreto – Extração, preparo e ensaio de
testemunhos de concreto. Rio de Janeiro, (2007).