Effect of Dry-Wet Circulation on Moisture Absorption of Autoclaved Aerated Concrete

Table 3

Moisture absorption kinetic parameters affected by temperature and relative humidity.

Dry-wet circulation times	T (°C)	RH (%)	A	B	C	D	y0	R^2	MAPE (%)
0	20	40	−10.269	8.561	0.566	0.839	14.323	0.9851	5.60
		60	−10.332	9.125	0.624	0.925	19.521	0.9862	5.78
		80	−10.489	9.568	0.718	0.991	20.156	0.9872	2.01
	30	40	−10.063	8.123	0.501	0.812	15.126	0.9901	1.02
		60	−10.221	9.001	0.613	0.905	20.021	0.9865	4.16
		80	−10.378	9.224	0.695	0.974	22.698	0.9870	3.98
	40	40	−9.354	7.823	0.495	0.801	15.269	0.9901	2.68
		60	−9.456	8.125	0.532	0.884	20.369	0.9962	1.77
		80	−9.621	8.993	0.613	0.963	24.658	0.9914	5.06
	50	40	−9.020	7.024	0.485	0.826	15.761	0.9856	5.09
		60	−9.324	7.895	0.504	0.852	21.029	0.9874	4.98
		80	−9.159	7.562	0.483	0.941	25.694	0.9981	3.54
30	20	40	−8.734	6.522	0.378	0.754	14.562	0.9914	5.61
		60	−8.996	7.100	0.485	0.824	21.458	0.9926	5.22
		80	−9.023	7.523	0.503	0.851	27.719	0.9898	4.69
	30	40	−8.459	6.313	0.359	0.711	15.369	0.9816	3.58
		60	−8.721	6.954	0.451	0.803	22.698	0.9862	3.29
		80	−8.926	6.999	0.483	0.862	28.317	0.9876	5.49
	40	40	−8.026	6.014	0.326	0.698	15.461	0.9811	1.93
		60	−8.321	6.221	0.389	0.721	23.584	0.9869	2.86
		80	−8.643	6.485	0.411	0.815	29.918	0.9910	3.59
	50	40	−7.982	5.934	0.300	0.640	15.864	0.9956	2.66
		60	−8.031	6.108	0.396	0.695	24.581	0.9960	5.49
		80	−8.451	6.217	0.404	0.743	30.651	0.9937	3.72
60	20	40	−6.156	4.259	0.254	0.621	14.782	0.9956	5.09
		60	−6.945	4.563	0.326	0.743	25.681	0.9952	3.26
		80	−7.298	4.982	0.385	0.792	38.652	0.9914	4.15
	30	40	−6.164	4.121	0.210	0.603	15.562	0.9962	5.19
		60	−6.832	4.263	0.301	0.729	25.891	0.9957	4.27
		80	−7.026	4.654	0.362	0.758	37.621	0.9856	3.79
	40	40	−5.892	4.001	0.205	0.513	15.763	0.9973	5.09
		60	−5.990	4.059	0.295	0.654	26.316	0.9956	4.52
		80	−6.991	4.785	0.342	0.719	38.654	0.9913	5.13
	50	40	−5.642	3.298	0.195	0.506	15.996	0.9862	4.69
		60	−5.448	3.998	0.274	0.618	26.981	0.9901	5.71
		80	−6.210	4.789	0.306	0.698	39.152	0.9924	3.48
150	20	40	−4.231	1.789	0.102	0.578	16.029	0.9815	3.27
		60	−4.998	2.012	0.201	0.692	27.069	0.9863	3.16
		80	−5.436	2.234	0.265	0.721	40.621	0.9821	3.78
	30	40	−4.099	1.059	0.095	0.596	16.298	0.9853	4.09
		60	−4.554	1.952	0.194	0.671	27.981	0.9916	4.17
		80	−5.086	1.998	0.253	0.706	41.698	0.9863	4.92
	40	40	−4.061	0.956	0.085	0.548	16.559	0.9915	5.01
		60	−4.553	0.994	0.184	0.641	28.653	0.9963	5.17
		80	−4.987	1.265	0.226	0.695	42.563	0.9987	5.29
	50	40	−3.562	0.148	0.074	0.521	16.885	0.9816	5.72
		60	−3.264	0.263	0.176	0.619	29.364	0.9914	5.48
		80	−4.029	0.369	0.201	0.684	43.591	0.9863	5.29
270	20	40	−1.462	−0.946	0.059	0.462	17.566	0.9911	4.19
		60	−1.689	−1.023	0.078	0.593	24.965	0.9930	3.72
		80	−2.968	−1.569	0.155	0.676	44.319	0.9865	4.16
	30	40	−1.392	−0.924	0.046	0.491	18.986	0.9923	3.99
		60	−1.545	−0.986	0.072	0.612	26.597	0.9862	4.08
		80	−2.762	−1.466	0.149	0.728	45.495	0.9943	3.07
	40	40	−1.326	−0.918	0.033	0.534	19.365	0.9863	5.12
		60	−1.523	−0.909	0.070	0.691	27.159	0.9940	3.11
		80	−2.649	−1.465	0.145	0.768	46.298	0.9823	2.48
	50	40	−1.291	−0.883	0.021	0.649	20.113	0.9862	3.39
		60	−1.468	−0.898	0.053	0.726	28.163	0.9847	3.72
		80	−2.620	−1.385	0.109	0.837	48.557	0.9914	4.47

Note: T = temperature; RH = relative humidity.