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In each case, the cube compressive strength test, and beam flexure tests were conducted.
Biaxial flexure tests have been used extensively for the strength measurements of monolithic brittle materials.
Flexure tests performed on prestressed (and similar non-prestressed) composite box sections verified the theoretical predictions.
Fourier transform infrared spectroscopy (FTIR), rheology, dynamic mechanical thermal analysis (DMTA) and flexure tests were conducted.
For mode I and mode II loading, the double cantilever beam and the end notched flexure tests were selected.
Three-point flexure tests on the webs of 12 pultruded Glass Reinforced Plastic (GRP) Wide Flange (WF) specimens are described.
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Similar to the results obtained in four-point flexure testing, specimens including steel fibers exhibited better post-cracking flexural behavior than that without fiber, and specimen S80-0.5 S80-0.5exhibitedr flexural similarh and higher deflexural capacity than strength S65-0.75, even though its fiber content wandlower.
Table 3 Flexure test results for PS girders.
The ENF test is simply a three-point flexure test on a pre-cracked specimen.
Open image in new window Fig. 12 Flexure test: distributed load versus mid-span deflection.
The composites were photo-cured and tested by biaxial flexure and three-point bend flexure testing.
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