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 Vandenbossche, 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