Ref.	Beam	**	${\mathit{T}}_{\mathit{R},\mathit{e}\mathit{x}\mathit{p}}$	${\mathit{T}}_{\mathit{R},\mathit{t}\mathit{h}}^{\mathit{S}\mathit{i}\mathit{N}\mathit{i}\mathit{P}\mathbf{18}}$	${\mathit{T}}_{\mathit{R},\mathit{t}\mathit{h}}^{\mathit{A}\mathit{C}\mathit{I}\mathbf{89}}$	${\mathit{T}}_{\mathit{R},\mathit{t}\mathit{h}}^{\mathit{A}\mathit{C}\mathit{I}\mathbf{19}}$	${\mathit{T}}_{\mathit{R},\mathit{t}\mathit{h}}^{\mathit{M}\mathit{C}\mathbf{90}}$	${\mathit{T}}_{\mathit{R},\mathit{t}\mathit{h}}^{\mathit{M}\mathit{C}\mathbf{10}}$	${\mathit{T}}_{\mathit{R},\mathit{t}\mathit{h}}^{\mathit{E}\mathit{C}\mathbf{2}}$	${\mathit{T}}_{\mathit{R},\mathit{t}\mathit{h}}^{\mathit{C}\mathit{S}\mathit{A}\mathbf{14}}$	${\mathit{T}}_{\mathit{R},\mathit{t}\mathit{h}}^{\mathit{R}\mathit{a}\mathit{h}\mathit{a}\mathit{l}}$	${\mathit{T}}_{\mathit{R},\mathit{t}\mathit{h}}^{\mathit{P}\mathit{r}\mathit{o}\mathit{p}}$
			(kNm)	(kNm)	(kNm)	(kNm)	(kNm)	(kNm)	(kNm)	(kNm)	(kNm)	(kNm)
	B110.3 *	P	24.77	50.24	23.98	13.0	31.5	22.3	36.8	44.8	22.5	22.48
Koutchoukali, Belarbi (2001)	B5UR1	P	19.40	16.42	18.14	16.0	14.5	22.4	17.4	18.8	18.1	19.46
	B7UR1	P	18.90	16.87	20.50	18.4	15.0	25.7	18.0	19.4	20.0	22.11
	B9UR1	P	21.10	16.42	20.12	17.8	14.5	24.8	17.4	18.8	20.0	22.36
	B12UR1	P	19.40	16.87	21.28	18.4	15.0	25.7	18.0	19.4	20.8	23.21
	B12UR2	P	18.40	17.04	21.41	18.6	15.2	26.0	18.2	19.6	20.8	23.10
	B12UR3	P	22.50	19.10	22.29	21.6	17.6	30.1	21.2	22.8	22.9	25.15
	B12UR4	P	23.70	19.09	23.28	22.1	19.5	33.3	23.4	25.2	24.7	27.03
	B12UR5	P	24.00	25.70	27.89	22.2	22.2	37.7	26.6	29.3	27.5	29.83
	B14UR1	P	21.00	16.64	21.43	18.1	14.8	25.2	17.7	19.1	21.0	23.74
Fang, Shiau (2004)	H-06-06	P	92.00	57.90	85.00	76.0	57.8	113.1	70.1	80.1	87.4	95.25
	H-06-12	P	115.10	66.14	84.79	96.4	73.3	135.1	88.9	101.6	103.1	110.75
	H-07-10	P	126.70	86.66	85.35	99.6	75.8	128.9	91.8	104.9	103.2	109.71
	H-07-16	P	144.50	122.53	85.35	113.5	97.8	109.1	118.5	135.5	123.4	129.06
	H-12-12	P	155.30	80.31	133.52	121.6	103.7	158.3	125.7	143.6	131.5	138.06
	H-12-16	P	196.00	140.15	133.52	121.6	137.0	146.3	166.0	189.7	159.7	164.77
	H-14-10	P	135.20	97.96	124.21	113.5	100.3	149.9	121.5	138.9	125.6	131.16
	H-20-20 *	P	239.00	167.22	180.32	121.6	200.1	158.5	242.5	277.1	166.9	166.74
	N-06-06	P	79.70	57.84	72.98	76.1	57.9	80.6	70.2	80.2	77.0	80.17
	N-06-12	P	95.20	66.14	72.98	81.8	73.3	70.1	88.9	101.6	90.8	93.16
	N-07-10	P	111.70	86.66	75.24	79.4	75.8	68.7	91.8	104.9	92.1	93.90
	N-07-16	P	117.30	122.53	75.24	79.4	97.8	58.2	118.5	135.5	110.1	110.46
	N-12-12 *	P	116.80	80.31	121.26	81.8	103.7	82.1	125.7	143.6	115.8	116.13
	N-12-16 *	P	138.00	140.15	121.26	81.8	137.0	75.9	166.0	183.3	131.5	131.41
	N-14-10 *	P	125.00	97.96	114.11	79.4	100.3	79.9	121.5	138.9	112.0	112.26
	N-20-20 *	P	158.00	167.22	121.26	81.8	155.4	82.2	195.1	183.3	131.5	131.41
Chiu et al. (2007)	HAS-51-50	P	84.90	40.48	73.94	54.7	37.9	82.9	50.6	57.7	68.6	76.34
	NAS-61-35	P	74.70	48.22	56.00	50.2	34.8	75.0	46.3	52.8	60.0	65.34
	HAS-90-50	P	104.23	63.51	74.50	73.0	50.6	109.1	67.4	76.9	84.2	92.19
	NBS-43-44	P	60.60	34.20	54.67	45.8	34.8	69.1	42.2	48.2	53.8	57.82
	HBS-74-17	P	62.20	65.76	52.24	52.7	40.1	78.5	48.6	55.5	65.9	72.85
	HBS-82-13	P	56.30	68.29	47.26	47.1	35.8	70.1	43.4	49.6	60.9	67.83
	NBS-82-13	P	52.90	68.29	38.02	47.1	35.8	47.5	43.4	49.6	54.9	58.88
	HBS-60-61	P	93.70	52.35	76.14	63.7	48.5	94.8	58.8	67.2	75.3	82.25
	HCS-52-50	P	73.54	40.26	63.60	44.9	37.4	65.8	41.1	47.3	64.5	72.11
	HCS-91-50	P	95.86	59.72	63.93	59.9	49.9	86.1	54.8	63.1	79.2	87.07
Lee and Kim (2010)	T1-1	P	32.90	23.41	30.99	26.4	19.3	38.6	24.5	27.8	29.6	32.32
	T1-2	P	45.90	27.93	40.26	39.9	29.2	50.6	37.1	42.1	39.7	42.27
	T1-3	P	54.10	30.94	47.99	41.6	38.5	48.2	49.1	55.6	47.8	49.85
	T1-4	P	62.40	54.32	64.60	42.0	56.7	51.1	72.1	81.7	62.8	63.97
	T2-2	P	38.10	41.82	30.76	36.8	26.9	42.2	34.2	38.8	37.2	39.67
* Fragile failure; ** P—Plain section; H—Hollow section.