Model names

Equation N˚

Equations

References

Newton

7

$X^{\ast }=\exp \left(-kt\right)$

Arslan et Musa Özcan, 2010; Lahmari et al., (2012)

Page

8

$X^{\ast }=\exp \left(-k{t}^n\right)$

Arslan et Musa Özcan, 2010; Lahmari et al., (2012)

Henderson et al.

9

$X^{\ast }=a\times \exp \left(-kt\right)$

Lahmari et al., (2012)

Midilli et al.

10

$X^{\ast }=a\times \exp \left(-k{t}^n\right)+b\times t$

Lahmari et al., (2012)

Henderson et Pabis modifié

11

$X^{\ast }=a\times \exp \left(-kt\right)+b\times \exp \left(-k^{\prime }t\right)+c\times \exp \left(-k^{″}t\right)$

Meziane S. (2013)

Verna et al.

12

$X^{\ast }=a\times \exp \left(-kt\right)+b\times \exp \left(-k^{\prime }t\right)$

Meziane S. (2013)

Logarithmique

13

$X^{\ast }=a\times \exp \left(-kt\right)+c$

Arslan et Musa Özcan, 2010