Tables index

From

Manufacturing and Characterization of an Agromaterial Based on A Raffinate Obtained from Twin-Screw Extrusion of Neem (Azadirachta indica) Seeds

Djibril Diedhiou, Mamadou Faye, Moussa Bagha Diedhiou, Laure Candy, Virginie Buthod-Cuam, Oumar Sock, Luc Rigal

American Journal of Materials Science and Engineering. 2026, 14(1), 24-33 doi:10.12691/ajmse-14-1-4
  • Table 1. Experimental range to study the influence of temperature and heat press pressure
  • Table 2. Composition of neem raffinate
  • Table 3. Particles size distribution of neem seeds raffinate
  • Table 4. Operating conditions and experimental results from Doehlert's design of experiments for studying the temperature and pressure of thermo-pressing
  • Table 5. Statistical analysis of the coefficients of the equation modeling the elasticity modules (EM) and densities (d) of thermopressed agromaterial
  • Table 6. Experimental values and values calculated from the polynomial model for flexural modulus (ME) and density (d) of thermopressed agromaterial
  • Table 7. Evolution of density and flexural modulus of the agroamaterial test specimens as a function of thermopressing temperature-pressure combination
  • Table 8. Evolution of density and flexural modulus of the agroamaterial test specimens as a function of the duration of hot pressing at 200°C and 200 kg/cm2
  • Table 9. Evolution of the water immersion resistance of the agromaterial test specimens as a function of the duration of thermal pressing at 200°C and 200 kg/cm2
  • Table 10. Azadirachtin content of thermo-pressed materials depending on the duration of at 200°C, 200 kg/cm²