I am currently studying the effects of mechanical properties of GO and rGO on PC/ABS. However, after analysing the data, I found that the tensile strength decreasing, but, for the flexural strength, the data shows and increment when the compatibilizer added into the system.
I have not yet found any answer on this matter. Is there any scientific reasons that can cause this or is it because of the equipment error?
The decrease in tensile properties and increase in flexural properties of GO and rGO on PC/ABS may be due to the complex interplay between the graphene sheets and the polymer matrix. Factors such as the degree of dispersion, bonding between the graphene sheets and the polymer, and the orientation and alignment of the graphene sheets within the matrix can all influence the mechanical properties of the material.
Hi,
flexture is a complex deformation mode consisting of tension on one side, shear in the middle, and compression on the other side. Some micromechanics mechanisms take place only under certain loading conditions. Typically, the interlayer adhesion is most pronounced under the shear loading. However, you provide too little information about your samples to answer more specifically.
Hello. Another fact that you should notice is that in some cases when the material loses its ductility, its tensile properties may be affected more than its bending properties.
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