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Carbon fiber reinforced polymer (CFRP) composites are difficult to cut materials due to their anisotropic structure and extremely abrasive nature of the carbon fibers.
However, the high temperature mechanical behaviors of these composites are difficult to be investigated because it is hard to measure these structural changes in the mechanical test.
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Layered composites are "difficult-to-machine" materials as it is inhomogeneous due to the matrix properties, fibre orientation, and relative volume fraction of matrix.
Moreover, pure MWCNT tungsten carbide composites were difficult to obtain.
The direct numerical simulation of flows through composites is difficult due to the fine-scale heterogeneity in the media and also due to the complexity of the dynamic systems.
The study of these interfaces in molecular crystal – polymer composites is difficult using traditional techniques such as electron microscopy or X-ray scattering because of weak or detrimental interactions between the probe and materials.
Making such composites is difficult and costly.
The Si3N4 TiN composite is difficult to machine using conventional machining techniques.
By contrast, alumina-graphite composite is difficult to achieve good lubrication when the graphite content (volume fraction) is less than 15% because of a relatively high hardness and brittleness of alumina matrix.
However, if the coated MnO2 layer is too thin, the specific capacitance of the composite is difficult to be increased as the MnO2 loading becomes too low.
Metal matrix composites (MMCs) are difficult to machine due to their abrasive properties.
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