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1 article(s) from Daou, T Jean

Prediction of the mechanical properties of zeolite pellets for aerospace molecular decontamination applications

Guillaume Rioland,
Patrick Dutournié,
Delphine Faye,
T. Jean Daou and
Joël Patarin

Beilstein J. Nanotechnol. 2016, 7, 1761–1771, doi:10.3762/bjnano.7.169

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Figure 1: Schematic of uniaxial compression test of a zeolite pellet along the y-axis.

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Figure 2: Ultimate compressive strength calculated by using Equation 1 for different pellet diameters and applied press...

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Figure 3: Ultimate compressive strength calculated by using Equation 1 for different pellet heights and applied pressur...

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Figure 4: Bulk pellet density as a function of pellet height for different applied pressures. The diameters o...

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Figure 5: Bulk density as a function of the pressure applied to the mixture for 13 × 3 mm² pellets made with ...

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Figure 6: Schematic of diametric compression test of a zeolite pellet along the y-axis.

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Figure 7: Ultimate compressive strength calculated by using Equation 2 as a function of pellet height for different app...

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Figure 8: Operating points in a Y (MPa) vs Z (MPa) diagram. Y(Z) is the ultimate compressive strength for dia...

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Figure 9: Pellet size and applied pressure for the best mechanical properties; scenario 1 (red square in Figure 8) is...

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Figure 10: Pellet size and applied pressure for the best mechanical properties; scenario 2 (blue square in Figure 8) i...

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Published 18 Nov 2016

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