By Mohamed Fathy El-Amin

This e-book introduces various chosen complex themes in viscoelastic and viscoplastic fabrics. The e-book successfully blends theoretical, numerical, modeling and experimental points of viscoelastic and viscoplastic fabrics which are frequently encountered in lots of examine parts similar to chemical, mechanical and petroleum engineering. The booklet involves 14 chapters which could function a big reference for researchers and engineers operating within the box of viscoelastic and viscoplastic fabrics.

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Stress is often examined in the Fourier space leading to the so-called Fourier transform rheology. Nonlin‐ ear experiments are, obviously, more complex than linear ones. However, they provide supplementary information about the morphology of microstructured polymer systems. Figure 2. The viscoelastic map constructed based on phase angle and complex modulus. 5772/64074 Oscillatory shear testing is useful to analyze and quantify the rigidity and integrity of a polymer’s internal structure as a result of a variety of phenomena, for example, flocculation and interaction of dispersed particles or droplets, or compatibility, crosslinking and entanglement of dissolved macromolecules.

2004;13:113–123. [9] Barbosa-Cánovas GV, Juliano P, Peleg M. Engineering properties of foods. In: BarbosaCánovas GV, editor. Encyclopedia of Life Support Systems (EOLSS). Developed under the Auspices of the UNESCO. Oxford: EOLSS Publishers; 2006. pp. 50–69. [10] Shitanda D, Nishiyama Y, Koide S. Compressive strength properties of rough rice considering variation of contact area. Journal of Food Engineering. 2002;53:53–58. 1016/S0260-8774(01)00139-X [11] Singh SS, Finner MF, Rohatgi PK, Buelow FH, Schaller M.

Individual kernels were compressed between two flat surfaces, which allowed the evaluation to differentiate the degree of hardness of soft and hard wheat mixes. Nevertheless, the authors concluded that the measurements and results were strongly affected by the heterogeneity among grains (size differences and moisture content). Over time, there have been multiple equipment designs for evaluating grain hardness by applying compression loads or methods supported by cutting and puncture tests [14, 44, 45].

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