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EVALUATION OF POST-FIRE RESIDUAL STRENGTHS OF IN-SITU CONCRETE AND STEEL REINFORCEMENTS SAMPLESUSING NON-DESTRUCTIVE AND DESTRUCTIVETEST METHODS.
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  • EVALUATION OF POST-FIRE RESIDUAL STRENGTHS OF IN-SITU CONCRETE...

EVALUATION OF POST-FIRE RESIDUAL STRENGTHS OF IN-SITU CONCRETE AND STEEL REINFORCEMENTS SAMPLESUSING NON-DESTRUCTIVE AND DESTRUCTIVETEST METHODS.

~ C91cf02ddc4a0f3a7eb41ef36065c599.200x200
The post-fire residual strengths of in-situ concrete and steel reinforcement samples were evaluated using non-destructive and destructive testing methods. Sixty samples of 320 mm x 150 mm x 100 mm reinforced concrete beams were cast in the laboratory in four batches of fifteen samples each with concrete cover for reinforcement varied at 10 mm, 15 mm, 20 mm and 25 mm respectively for each batch....
 
Published at Journal of Civil Engineering. Publication of Nigerian Institute of Civil Engineers. ISSN: 0189-7691VOL.7, No.1, JUNE 2011.Pp. 46 – 58.
Published in 2014
 
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Arum.C,and Awoyera, P.O.
AWOYERA Paul » Paul Awoyera is a lecturer and researcher in the area of structures and materials. Prior to joining Covenant University, he worked on numerous projects on the field, covering structural design, building construction,subsoil investigation,concrete waterproofing and non destructive testing. His pedagogical interest includes but not limited to; structural health monitoring and condition... view full profile
AWOYERA Paul
 
Other publications by this author (view profile)
 
 
Compressive Strength Development for Cement, Lime and Termite-hill Stabilised Lateritic Bricks
 
Paul Awoyera's Publications on Google Scholar
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