Table 5.

Constitutive equations and variables for the model. Data for mortars with w/c = 0.30 and w/c = 0.45 is provided.

Eq. number	Variable	w/c=0.30	w/c=0.45	Source
		Maturity equation and equivalent time
	Tr	23°C	23°C	[11]
	αu	0.50	0.69	[11]
	τ	10.09 h	12.75 h	[11]
	β	0.98	0.898	[11]
	E	For 23 °C 32800 (J/mol)	For 23 °C 27400 (J/mol)	[16] [6]
		For 60 °C 25700 (J/mol)	For 60 °C 27400 (J/mol)
		Mass conservation equation
	Dv	0.0155 g/(m*d)	0.0004 g/(m*d)	[27]
(11)	Dl =	b exp(cw)	b exp(cw)	[27]
		b=0.0055	b=0.0033
		c= 144	c= 155
	ρs	2390 kg/m3	2304 kg/m3	[16]
	wn	0.23055 g water/g cement		[17]
	$M_f^{\mathit{\text{cem}}}$	0.271	0.229	[11]
		Heat conservation equation
	k	2.9 W/(m·K)	2.8 W/(m·K)	[16]
(12)	$C_p^{\mathit{\text{CemBM}}}$	$4180M_f^{\mathit{\text{water}}}+2090M_f^{\mathit{\text{boundwater}}}+722.5M_f^{\mathit{\text{cem}}}+635.3M_f^{\mathit{\text{silicaSand}}}$		[21]
(13)	λvap	λvap=2500000+1859TJ/(kg·K)		[6]
	hm	5×10-3 g/(m2·h)	10×10-3 g/(m2·h)	[20]
	hc	36 W/(m2·K)		[20]