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It is worth noting that the axial stiffness values of the CFRP confined columns were lower than those of the unwrapped heat-damaged specimens that have been subjected to the same heating regimen: compared to control heated specimens, a reduction in axial stiffness of about 33 and 24% was observed in CH2-C1L and CH3-C1L, respectively.
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The tensile data obtained from bulk adhesive specimens showed a reduction in the value of Young's modulus and yield stress with increasing temperature.
The push-out testing of CFST specimens displayed a reduction in the bond strength and the ductility with increasing concrete age.
The following conclusions can be drawn: (a) The tensile data obtained from bulk adhesive specimens showed a reduction in the value of Young's modulus and yield stress with increasing temperature.
All coated specimens showed a reduction in creep resistance, with 16 51% decrease in rupture life compared to the as-received bare substrate alloy.
In contrast, the damping factor comparison for these specimens indicated a reduction by an average of 12% signifying that presence of MWCNTs in PU composites reduces the dissipation capacity of the composite material.
Previous work on post-mortem ALS brain and spinal cord specimens indicates a reduction of HDAC11 mRNA and increased HDAC2 levels.
The significant reductions in residual compressive and splitting strengths at temperatures greater than 400 °C was reflected negatively on bond behavior for the various specimens; represented in a reduction in bond strength to 64%, and an increase in slip at failure reaching as high as 254% of control values, respectively.
Unidirectional specimens showed a decreasing tensile strength with increasing specimen size, with a reduction of 14% over a factor of 8 change in linear dimension.
The effect of not excluding study participants if more than four days had elapsed between symptom onset and specimen collection was a reduction of the adjusted VE point estimates between 7% and 15% in 2007 and between 5% and 35% in 2008.
Compared to laboratory data obtained from small-size specimens, a thickness-dependent reduction factor for mechanical properties (mainly tensile strength and ductility) should be considered in the design of real structural members.
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CEO of Professional Science Editing for Scientists @ prosciediting.com