Long products - Beams - Parallel flange I sections - IPE - S460 - 6. Axial force & bending

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Section designation		Cross-section resistance check													Member buckling check
and resistances		n Limit	Moment Resistance M_c,y,Rd, M_c,z,Rd (kNm) and Reduced Moment Resistance M_N,y,Rd, M_N,z,Rd (kNm)												n Limit	Compression resistance N_b,y,Rd, N_b,z,Rd (kN) and Buckling Resistance Moment M_b,Rd (kNm)
(kN, kNm)		Class 3	for Ratios of Design Axial Force to Design Axial Plastic Resistance n = N_Ed / N_pl,Rd												Class 3	for varying buckling lengths L (m) within the limiting value of n = N_Ed / N_pl,Rd
		Class 2	n	0.0	0.1	0.2	0.3	0.4	0.5	0.6	0.7	0.8	0.9	1.0	Class 2	L (m)	1.0	1.5	2.0	2.5	3.0	3.5	4.0	5.0	6.0	7.0	8.0	9.0	10.0	11.0	12.0	13.0	14.0
IPE 750 x 220	∗		M_c,y,Rd	3,610	3,610	3,140	3,140	3,140	3,140	3,140	X	X	X	$	0.609	N_b,y,Rd	12,400	12,400	12,400	12,400	12,400	12,400	12,400	12,300	12,200	12,100	12,000	11,900	11,800	11,700	11,600	11,400	11,300
N_pl,Rd = 12,400		n/a	M_c,z,Rd	490	490	312	312	312	312	312	X	X	X	$		N_b,z,Rd	12,300	12,000	11,700	11,400	10,800	9,990	8,910	6,600	4,840	3,650	2,840	2,270	1,850	1,540	1,300	1,110	962
f_yW_el,y = 3,140		0.157	M_N,y,Rd	3,610	3,610	–	–	–	–	–	–	–	–	–	0.609	M_b,Rd	3,140	3,140	3,130	2,960	2,790	2,610	2,440	2,120	1,830	1,590	1,390	1,230	1,110	1,000	917	845	784
f_yW_el,z = 312			M_N,z,Rd	490	490	–	–	–	–	–	–	–	–	–	0.157	M_b,Rd	3,610	3,610	3,530	3,320	3,110	2,890	2,680	2,280	1,940	1,660	1,450	1,280	1,140	1,030	941	865	793
IPE 750 x 196	∗		M_c,y,Rd	3,160	3,160	2,750	2,750	2,750	2,750	X	X	X	$	$	0.549	N_b,y,Rd	11,000	11,000	11,000	11,000	11,000	11,000	11,000	11,000	10,900	10,800	10,800	10,700	10,600	10,500	10,300	10,200	10,000
N_pl,Rd = 11,000		n/a	M_c,z,Rd	422	422	268	268	268	268	X	X	X	$	$		N_b,z,Rd	11,000	10,700	10,500	10,100	9,600	8,830	7,830	5,750	4,200	3,170	2,460	1,970	1,610	1,340	1,130	964	833
f_yW_el,y = 2,750		0.137	M_N,y,Rd	3,160	3,160	–	–	–	–	–	–	–	–	–	0.549	M_b,Rd	2,750	2,750	2,730	2,570	2,420	2,260	2,110	1,810	1,540	1,330	1,150	1,010	902	812	739	677	622
f_yW_el,z = 268			M_N,z,Rd	422	422	–	–	–	–	–	–	–	–	–	0.137	M_b,Rd	3,160	3,160	3,080	2,890	2,700	2,500	2,310	1,940	1,640	1,390	1,200	1,050	929	834	756	684	622
IPE 750 x 173	∗		M_c,y,Rd	2,740	2,740	2,380	2,380	2,380	X	X	X	X	$	$	0.468	N_b,y,Rd	9,740	9,740	9,740	9,740	9,740	9,740	9,740	9,680	9,620	9,550	9,480	9,400	9,310	9,210	9,100	8,980	8,830
N_pl,Rd = 9,740		n/a	M_c,z,Rd	356	356	227	227	227	X	X	X	X	$	$		N_b,z,Rd	9,650	9,460	9,220	8,880	8,380	7,650	6,720	4,870	3,550	2,670	2,080	1,660	1,350	1,120	947	810	701
f_yW_el,y = 2,380		0.103	M_N,y,Rd	2,740	2,740	–	–	–	–	–	–	–	–	–	0.468	M_b,Rd	2,380	2,380	2,350	2,210	2,070	1,930	1,790	1,520	1,280	1,090	939	819	724	648	586	530	480
f_yW_el,z = 227			M_N,z,Rd	356	356	–	–	–	–	–	–	–	–	–	0.103	M_b,Rd	2,740	2,740	2,660	2,490	2,310	2,140	1,960	1,630	1,360	1,140	974	845	744	664	591	530	480
IPE 750 x 147	∗		M_c,y,Rd	2,250	1,940	1,940	1,940	X	X	X	X	X	$	$	0.387	N_b,y,Rd	8,250	8,250	8,250	8,250	8,250	8,250	8,250	8,200	8,140	8,080	8,020	7,940	7,870	7,780	7,680	7,570	7,440
N_pl,Rd = 8,250		n/a	M_c,z,Rd	278	176	176	176	X	X	X	X	X	$	$		N_b,z,Rd	8,160	7,990	7,760	7,430	6,940	6,220	5,360	3,810	2,760	2,070	1,600	1,280	1,040	866	731	625	540
f_yW_el,y = 1,940		0.068	M_N,y,Rd	2,250	–	–	–	–	–	–	–	–	–	–	0.387	M_b,Rd	1,940	1,940	1,900	1,780	1,670	1,540	1,420	1,190	987	827	703	607	532	472	418	373	336
f_yW_el,z = 176			M_N,z,Rd	278	–	–	–	–	–	–	–	–	–	–	0.068	M_b,Rd	2,250	2,250	2,160	2,010	1,860	1,710	1,560	1,270	1,040	862	727	625	545	475	418	373	336
IPE 750 x 134	∗		M_c,y,Rd	2,140	1,850	1,850	X	X	X	X	X	X	$	$	0.289	N_b,y,Rd	7,850	7,850	7,850	7,850	7,850	7,850	7,850	7,790	7,740	7,680	7,610	7,540	7,460	7,380	7,280	7,160	7,030
N_pl,Rd = 7,850		n/a	M_c,z,Rd	262	167	167	X	X	X	X	X	X	$	$		N_b,z,Rd	7,760	7,580	7,360	7,020	6,520	5,790	4,940	3,480	2,510	1,880	1,460	1,160	947	786	663	567	490
f_yW_el,y = 1,850		0.016	M_N,y,Rd	2,140	–	–	–	–	–	–	–	–	–	–	0.289	M_b,Rd	1,850	1,850	1,800	1,680	1,560	1,440	1,320	1,090	899	746	630	540	470	412	361	321	289
f_yW_el,z = 167			M_N,z,Rd	262	–	–	–	–	–	–	–	–	–	–	0.016	M_b,Rd	2,140	2,140	2,040	1,890	1,740	1,590	1,440	1,160	943	775	650	555	478	412	361	321	289
IPE V 600			M_c,y,Rd	2,340	2,340	2,340	2,340	2,020	2,020	2,020	2,020	2,020	2,020	2,020	1.000	N_b,y,Rd	10,300	10,300	10,300	10,300	10,300	10,300	10,200	10,100	10,100	9,950	9,840	9,710	9,560	9,390	9,180	8,920	8,620
N_pl,Rd = 10,300		1.000	M_c,z,Rd	343	343	343	343	215	215	215	215	215	215	215		N_b,z,Rd	10,100	9,890	9,550	9,030	8,220	7,110	5,940	4,100	2,940	2,200	1,700	1,350	1,100	916	773	660	571
f_yW_el,y = 2,020		0.376	M_N,y,Rd	2,340	2,340	2,340	2,120	–	–	–	–	–	–	–	1.000	M_b,Rd	2,020	2,020	1,940	1,820	1,700	1,580	1,460	1,260	1,100	962	855	768	698	640	590	548	512
f_yW_el,z = 215			M_N,z,Rd	343	343	343	343	–	–	–	–	–	–	–	0.376	M_b,Rd	2,340	2,340	2,200	2,050	1,890	1,740	1,600	1,360	1,160	1,010	891	797	721	659	607	563	520
IPE O 600	∗		M_c,y,Rd	1,970	1,970	1,970	1,710	1,710	1,710	1,710	1,710	1,710	X	$	0.844	N_b,y,Rd	8,660	8,660	8,660	8,660	8,660	8,650	8,610	8,540	8,460	8,380	8,280	8,170	8,040	7,900	7,720	7,500	7,240
N_pl,Rd = 8,660		n/a	M_c,z,Rd	282	282	282	178	178	178	178	178	178	X	$		N_b,z,Rd	8,530	8,310	8,010	7,550	6,820	5,850	4,860	3,340	2,390	1,780	1,380	1,100	896	744	627	536	463
f_yW_el,y = 1,710		0.255	M_N,y,Rd	1,970	1,970	1,970	–	–	–	–	–	–	–	–	0.844	M_b,Rd	1,710	1,710	1,630	1,520	1,410	1,300	1,200	1,010	863	747	656	585	527	480	441	408	376
f_yW_el,z = 178			M_N,z,Rd	282	282	282	–	–	–	–	–	–	–	–	0.255	M_b,Rd	1,970	1,970	1,830	1,700	1,560	1,420	1,300	1,080	908	779	680	603	542	493	450	410	376
IPE 600	∗		M_c,y,Rd	1,540	1,540	1,350	1,350	1,350	1,350	X	X	X	X	$	0.575	N_b,y,Rd	6,860	6,860	6,860	6,860	6,860	6,860	6,830	6,770	6,700	6,640	6,560	6,470	6,370	6,250	6,100	5,920	5,710
N_pl,Rd = 6,860		n/a	M_c,z,Rd	214	214	136	136	136	136	X	X	X	X	$		N_b,z,Rd	6,750	6,570	6,320	5,920	5,290	4,480	3,690	2,520	1,800	1,340	1,040	826	673	558	471	402	348
f_yW_el,y = 1,350		0.139	M_N,y,Rd	1,540	1,540	–	–	–	–	–	–	–	–	–	0.575	M_b,Rd	1,350	1,350	1,270	1,180	1,080	991	901	744	621	527	456	402	358	324	292	264	242
f_yW_el,z = 136			M_N,z,Rd	214	214	–	–	–	–	–	–	–	–	–	0.139	M_b,Rd	1,540	1,540	1,420	1,310	1,190	1,080	969	786	648	546	470	412	367	325	292	264	242
IPE A 600	∗		M_c,y,Rd	1,380	1,220	1,220	1,220	X	X	X	X	X	$	$	0.378	N_b,y,Rd	6,030	6,030	6,030	6,030	6,030	6,020	6,000	5,950	5,890	5,830	5,770	5,690	5,600	5,500	5,380	5,230	5,050
N_pl,Rd = 6,030		n/a	M_c,z,Rd	194	125	125	125	X	X	X	X	X	$	$		N_b,z,Rd	5,940	5,780	5,570	5,250	4,730	4,050	3,360	2,310	1,650	1,230	954	759	618	513	433	370	320
f_yW_el,y = 1,220		0.048	M_N,y,Rd	1,380	–	–	–	–	–	–	–	–	–	–	0.378	M_b,Rd	1,220	1,220	1,150	1,070	980	894	811	665	550	464	398	348	309	277	247	223	204
f_yW_el,z = 125			M_N,z,Rd	194	–	–	–	–	–	–	–	–	–	–	0.048	M_b,Rd	1,380	1,380	1,280	1,170	1,070	964	866	698	571	478	409	356	314	277	247	223	204
IPE V 550			M_c,y,Rd	1,850	1,850	1,850	1,850	1,850	1,850	1,850	1,850	1,850	1,850	1,850	0	N_b,y,Rd	8,890	8,890	8,890	8,890	8,890	8,860	8,820	8,730	8,640	8,540	8,420	8,280	8,120	7,920	7,680	7,390	7,040
N_pl,Rd = 8,890		n/a	M_c,z,Rd	278	278	278	278	278	278	278	278	278	278	278		N_b,z,Rd	8,740	8,500	8,160	7,610	6,760	5,680	4,660	3,170	2,260	1,690	1,310	1,040	846	702	592	506	437
f_yW_el,y = 1,590		1.000	M_N,y,Rd	1,850	1,850	1,850	1,680	1,440	1,200	962	721	481	240	0	1.000	M_b,Rd	1,850	1,840	1,710	1,580	1,450	1,330	1,220	1,020	873	758	669	599	542	495	456	421	388
f_yW_el,z = 174			M_N,z,Rd	278	278	278	278	278	277	260	223	168	93.6	0
IPE O 550	∗		M_c,y,Rd	1,440	1,440	1,440	1,250	1,250	1,250	1,250	1,250	X	X	$	0.750	N_b,y,Rd	6,870	6,870	6,870	6,870	6,870	6,840	6,810	6,750	6,680	6,600	6,510	6,400	6,280	6,120	5,940	5,710	5,440
N_pl,Rd = 6,870		n/a	M_c,z,Rd	212	212	212	134	134	134	134	134	X	X	$		N_b,z,Rd	6,750	6,560	6,290	5,860	5,180	4,340	3,550	2,410	1,720	1,280	992	789	643	533	450	384	332
f_yW_el,y = 1,250		0.208	M_N,y,Rd	1,440	1,440	1,440	–	–	–	–	–	–	–	–	0.750	M_b,Rd	1,250	1,250	1,170	1,080	999	914	834	695	586	503	440	391	351	319	292	266	245
f_yW_el,z = 134			M_N,z,Rd	212	212	212	–	–	–	–	–	–	–	–	0.208	M_b,Rd	1,440	1,420	1,310	1,200	1,100	993	897	735	612	522	454	401	360	324	292	266	245
IPE 550	∗		M_c,y,Rd	1,230	1,230	1,070	1,070	1,070	1,070	X	X	X	X	$	0.593	N_b,y,Rd	5,910	5,910	5,910	5,910	5,910	5,890	5,860	5,810	5,750	5,680	5,600	5,510	5,400	5,260	5,100	4,900	4,670
N_pl,Rd = 5,910		n/a	M_c,z,Rd	176	176	112	112	112	112	X	X	X	X	$		N_b,z,Rd	5,810	5,640	5,390	4,990	4,370	3,620	2,950	2,000	1,420	1,060	818	651	530	440	371	317	274
f_yW_el,y = 1,070		0.143	M_N,y,Rd	1,230	1,230	–	–	–	–	–	–	–	–	–	0.593	M_b,Rd	1,070	1,070	996	918	840	763	691	566	471	400	346	305	272	245	220	200	183
f_yW_el,z = 112			M_N,z,Rd	176	176	–	–	–	–	–	–	–	–	–	0.143	M_b,Rd	1,230	1,210	1,110	1,020	919	825	739	595	490	413	356	312	276	245	220	200	183
IPE A 550	∗		M_c,y,Rd	1,140	1,010	1,010	1,010	X	X	X	X	X	$	$	0.367	N_b,y,Rd	5,400	5,400	5,400	5,400	5,400	5,370	5,350	5,300	5,240	5,180	5,100	5,020	4,910	4,780	4,630	4,440	4,210
N_pl,Rd = 5,400		n/a	M_c,z,Rd	167	107	107	107	X	X	X	X	X	$	$		N_b,z,Rd	5,300	5,140	4,920	4,550	3,980	3,310	2,690	1,820	1,300	966	747	594	483	401	338	289	250
f_yW_el,y = 1,010		0.043	M_N,y,Rd	1,140	–	–	–	–	–	–	–	–	–	–	0.367	M_b,Rd	1,010	1,000	930	854	777	701	630	509	418	351	301	263	233	206	184	167	152
f_yW_el,z = 107			M_N,z,Rd	167	–	–	–	–	–	–	–	–	–	–	0.043	M_b,Rd	1,140	1,120	1,030	934	841	751	668	531	432	360	308	268	233	206	184	167	152
IPE V 500			M_c,y,Rd	1,390	1,390	1,390	1,390	1,210	1,210	1,210	1,210	1,210	1,210	1,210	1.000	N_b,y,Rd	7,220	7,220	7,220	7,220	7,210	7,170	7,140	7,060	6,980	6,880	6,770	6,630	6,460	6,250	5,990	5,680	5,320
N_pl,Rd = 7,220		1.000	M_c,z,Rd	223	223	223	223	141	141	141	141	141	141	141		N_b,z,Rd	7,090	6,880	6,580	6,100	5,340	4,440	3,620	2,450	1,740	1,300	1,000	798	650	539	454	388	336
f_yW_el,y = 1,210		0.318	M_N,y,Rd	1,390	1,390	1,390	1,240	–	–	–	–	–	–	–	1.000	M_b,Rd	1,210	1,210	1,130	1,050	970	893	821	697	598	522	462	414	376	344	317	294	273
f_yW_el,z = 141			M_N,z,Rd	223	223	223	223	–	–	–	–	–	–	–	0.318	M_b,Rd	1,390	1,380	1,270	1,170	1,070	975	887	740	628	543	478	427	386	353	324	297	273
IPE O 500	∗		M_c,y,Rd	1,150	1,150	1,150	1,000	1,000	1,000	1,000	1,000	X	X	$	0.797	N_b,y,Rd	6,020	6,020	6,020	6,020	6,000	5,980	5,940	5,880	5,810	5,730	5,630	5,520	5,370	5,200	4,980	4,710	4,410
N_pl,Rd = 6,020		n/a	M_c,z,Rd	180	180	180	114	114	114	114	114	X	X	$		N_b,z,Rd	5,900	5,720	5,460	5,030	4,370	3,600	2,920	1,970	1,400	1,040	807	642	522	433	365	312	270
f_yW_el,y = 1,000		0.224	M_N,y,Rd	1,150	1,150	1,150	–	–	–	–	–	–	–	–	0.797	M_b,Rd	1,000	1,000	929	857	785	716	651	541	456	392	343	305	274	250	228	208	191
f_yW_el,z = 114			M_N,z,Rd	180	180	180	–	–	–	–	–	–	–	–	0.224	M_b,Rd	1,150	1,130	1,040	948	860	775	698	570	475	405	353	313	281	252	228	208	191
IPE 500	∗		M_c,y,Rd	1,010	1,010	888	888	888	888	X	X	X	X	$	0.578	N_b,y,Rd	5,310	5,310	5,310	5,310	5,300	5,270	5,240	5,180	5,120	5,040	4,950	4,840	4,700	4,520	4,310	4,050	3,760
N_pl,Rd = 5,310		n/a	M_c,z,Rd	155	155	98.4	98.4	98.4	98.4	X	X	X	X	$		N_b,z,Rd	5,200	5,030	4,780	4,350	3,700	3,010	2,420	1,620	1,150	857	662	526	428	355	299	256	221
f_yW_el,y = 888		0.133	M_N,y,Rd	1,010	1,010	–	–	–	–	–	–	–	–	–	0.578	M_b,Rd	888	875	807	738	669	602	541	438	362	306	265	233	208	185	167	151	139
f_yW_el,z = 98.4			M_N,z,Rd	155	155	–	–	–	–	–	–	–	–	–	0.133	M_b,Rd	1,010	979	895	810	726	646	574	458	375	315	272	238	208	185	167	151	139
IPE A 500	∗		M_c,y,Rd	895	795	795	795	X	X	X	X	X	$	$	0.388	N_b,y,Rd	4,650	4,650	4,650	4,650	4,640	4,620	4,590	4,540	4,480	4,420	4,340	4,240	4,130	3,980	3,800	3,580	3,330
N_pl,Rd = 4,650		n/a	M_c,z,Rd	139	89.2	89.2	89.2	X	X	X	X	X	$	$		N_b,z,Rd	4,560	4,410	4,200	3,840	3,300	2,700	2,180	1,460	1,040	774	598	475	387	321	270	231	200
f_yW_el,y = 795		0.050	M_N,y,Rd	895	–	–	–	–	–	–	–	–	–	–	0.388	M_b,Rd	795	784	722	660	596	535	478	384	314	264	226	198	174	154	138	125	114
f_yW_el,z = 89.2			M_N,z,Rd	139	–	–	–	–	–	–	–	–	–	–	0.050	M_b,Rd	895	870	795	719	643	571	505	400	324	270	231	200	174	154	138	125	114
IPE V 450			M_c,y,Rd	1,010	1,010	1,010	884	884	884	884	884	884	884	884	1.000	N_b,y,Rd	5,810	5,810	5,810	5,810	5,780	5,750	5,720	5,640	5,560	5,470	5,350	5,200	5,010	4,780	4,490	4,160	3,810
N_pl,Rd = 5,810		1.000	M_c,z,Rd	171	171	171	109	109	109	109	109	109	109	109		N_b,z,Rd	5,690	5,510	5,240	4,780	4,100	3,340	2,690	1,810	1,280	956	738	587	478	396	334	285	247
f_yW_el,y = 884		0.296	M_N,y,Rd	1,010	1,010	1,010	–	–	–	–	–	–	–	–	1.000	M_b,Rd	884	876	812	749	687	629	575	483	412	357	316	283	256	234	216	199	183
f_yW_el,z = 109			M_N,z,Rd	171	171	171	–	–	–	–	–	–	–	–	0.296	M_b,Rd	1,010	987	908	829	753	681	616	509	430	371	326	291	262	239	217	199	183
IPE O 450	∗		M_c,y,Rd	900	900	900	790	790	790	790	790	790	X	$	0.837	N_b,y,Rd	5,180	5,180	5,180	5,180	5,160	5,130	5,100	5,030	4,960	4,880	4,770	4,640	4,470	4,260	4,000	3,700	3,390
N_pl,Rd = 5,180		n/a	M_c,z,Rd	150	150	150	95.5	95.5	95.5	95.5	95.5	95.5	X	$		N_b,z,Rd	5,070	4,900	4,660	4,230	3,600	2,930	2,360	1,580	1,120	833	643	511	416	345	291	249	215
f_yW_el,y = 790		0.228	M_N,y,Rd	900	900	900	–	–	–	–	–	–	–	–	0.837	M_b,Rd	790	779	720	661	603	548	497	412	348	299	263	234	211	192	175	160	147
f_yW_el,z = 95.5			M_N,z,Rd	150	150	150	–	–	–	–	–	–	–	–	0.228	M_b,Rd	900	874	801	728	657	590	530	433	362	309	270	240	216	194	175	160	147
IPE 450	∗		M_c,y,Rd	783	783	690	690	690	690	690	X	X	X	$	0.617	N_b,y,Rd	4,540	4,540	4,540	4,540	4,520	4,490	4,470	4,410	4,340	4,260	4,160	4,030	3,870	3,660	3,410	3,130	2,850
N_pl,Rd = 4,540		n/a	M_c,z,Rd	127	127	81.0	81.0	81.0	81.0	81.0	X	X	X	$		N_b,z,Rd	4,440	4,280	4,030	3,610	3,000	2,400	1,920	1,280	904	672	518	412	335	278	234	200	173
f_yW_el,y = 690		0.143	M_N,y,Rd	783	783	–	–	–	–	–	–	–	–	–	0.617	M_b,Rd	690	672	617	561	505	453	405	327	270	229	199	175	156	139	126	114	105
f_yW_el,z = 81.0			M_N,z,Rd	127	127	–	–	–	–	–	–	–	–	–	0.143	M_b,Rd	783	750	682	613	546	483	428	341	279	236	204	178	156	139	126	114	105
IPE A 450	∗		M_c,y,Rd	687	612	612	612	X	X	X	X	X	$	$	0.403	N_b,y,Rd	3,940	3,940	3,940	3,940	3,920	3,890	3,870	3,820	3,760	3,700	3,610	3,500	3,370	3,190	2,980	2,750	2,510
N_pl,Rd = 3,940		n/a	M_c,z,Rd	113	72.7	72.7	72.7	X	X	X	X	X	$	$		N_b,z,Rd	3,850	3,720	3,510	3,160	2,650	2,130	1,710	1,140	809	601	464	369	300	249	210	179	155
f_yW_el,y = 612		0.054	M_N,y,Rd	687	–	–	–	–	–	–	–	–	–	–	0.403	M_b,Rd	612	597	547	496	445	397	353	282	231	194	167	146	128	114	102	92.8	85.0
f_yW_el,z = 72.7			M_N,z,Rd	113	–	–	–	–	–	–	–	–	–	–	0.054	M_b,Rd	687	660	600	538	478	422	372	293	238	199	170	147	128	114	102	92.8	85.0
IPE V 400	∗		M_c,y,Rd	740	740	740	650	650	650	650	650	650	650	$	0.974	N_b,y,Rd	4,710	4,710	4,710	4,700	4,670	4,640	4,610	4,540	4,460	4,360	4,230	4,060	3,840	3,570	3,270	2,950	2,650
N_pl,Rd = 4,710		n/a	M_c,z,Rd	134	134	134	85.4	85.4	85.4	85.4	85.4	85.4	85.4	$		N_b,z,Rd	4,600	4,440	4,190	3,760	3,140	2,510	2,010	1,340	950	706	545	433	352	292	246	210	182
f_yW_el,y = 650		0.261	M_N,y,Rd	740	740	740	–	–	–	–	–	–	–	–	0.974	M_b,Rd	650	636	586	537	490	446	406	339	289	251	221	198	180	164	151	139	128
f_yW_el,z = 85.4			M_N,z,Rd	134	134	134	–	–	–	–	–	–	–	–	0.261	M_b,Rd	740	711	650	590	533	479	432	356	300	259	228	203	184	167	151	139	128
IPE O 400	∗		M_c,y,Rd	691	691	691	609	609	609	609	609	609	X	$	0.820	N_b,y,Rd	4,430	4,430	4,430	4,420	4,390	4,360	4,330	4,270	4,180	4,080	3,950	3,780	3,550	3,280	2,980	2,670	2,390
N_pl,Rd = 4,430		n/a	M_c,z,Rd	124	124	124	79.1	79.1	79.1	79.1	79.1	79.1	X	$		N_b,z,Rd	4,320	4,160	3,910	3,460	2,840	2,260	1,800	1,200	845	628	485	385	313	260	219	187	161
f_yW_el,y = 609		0.208	M_N,y,Rd	691	691	691	–	–	–	–	–	–	–	–	0.820	M_b,Rd	609	590	541	492	445	401	361	296	249	214	187	167	151	136	123	113	104
f_yW_el,z = 79.1			M_N,z,Rd	124	124	124	–	–	–	–	–	–	–	–	0.208	M_b,Rd	691	658	598	538	481	428	382	309	257	220	192	171	152	136	123	113	104
IPE 400	∗		M_c,y,Rd	601	601	534	534	534	534	534	X	X	X	$	0.670	N_b,y,Rd	3,890	3,890	3,890	3,870	3,850	3,820	3,800	3,740	3,660	3,580	3,460	3,300	3,100	2,860	2,590	2,320	2,080
N_pl,Rd = 3,890		n/a	M_c,z,Rd	105	105	67.2	67.2	67.2	67.2	67.2	X	X	X	$		N_b,z,Rd	3,790	3,640	3,400	2,980	2,420	1,920	1,520	1,010	713	530	408	325	264	219	184	157	136
f_yW_el,y = 534		0.154	M_N,y,Rd	601	601	–	–	–	–	–	–	–	–	–	0.670	M_b,Rd	534	514	469	424	380	339	303	245	203	173	150	133	119	106	95.9	87.6	80.6
f_yW_el,z = 67.2			M_N,z,Rd	105	105	–	–	–	–	–	–	–	–	–	0.154	M_b,Rd	601	569	514	460	407	360	318	254	209	177	154	135	119	106	95.9	87.6	80.6
IPE A 400	∗		M_c,y,Rd	526	470	470	470	470	X	X	X	X	X	$	0.452	N_b,y,Rd	3,360	3,360	3,360	3,350	3,330	3,310	3,290	3,240	3,170	3,100	3,000	2,860	2,690	2,490	2,260	2,030	1,810
N_pl,Rd = 3,360		n/a	M_c,z,Rd	92.9	59.8	59.8	59.8	59.8	X	X	X	X	X	$		N_b,z,Rd	3,280	3,160	2,950	2,610	2,140	1,690	1,340	894	632	469	362	288	234	194	164	140	121
f_yW_el,y = 470		0.068	M_N,y,Rd	526	–	–	–	–	–	–	–	–	–	–	0.452	M_b,Rd	470	452	412	371	331	294	261	208	171	144	125	110	96.2	85.7	77.3	70.4	64.7
f_yW_el,z = 59.8			M_N,z,Rd	92.9	–	–	–	–	–	–	–	–	–	–	0.068	M_b,Rd	526	498	450	401	354	311	273	216	176	148	127	110	96.2	85.7	77.3	70.4	64.7
IPE O 360	∗		M_c,y,Rd	546	546	546	482	482	482	482	482	482	X	$	0.887	N_b,y,Rd	3,870	3,870	3,870	3,840	3,820	3,790	3,760	3,690	3,600	3,480	3,320	3,110	2,840	2,550	2,260	2,000	1,770
N_pl,Rd = 3,870		n/a	M_c,z,Rd	104	104	104	67.2	67.2	67.2	67.2	67.2	67.2	X	$		N_b,z,Rd	3,760	3,610	3,350	2,910	2,340	1,830	1,450	961	679	504	389	309	251	208	175	150	129
f_yW_el,y = 482		0.228	M_N,y,Rd	546	546	545	–	–	–	–	–	–	–	–	0.887	M_b,Rd	482	461	421	381	343	308	277	227	191	164	144	129	116	105	95.3	87.3	80.5
f_yW_el,z = 67.2			M_N,z,Rd	104	104	104	–	–	–	–	–	–	–	–	0.228	M_b,Rd	546	513	464	415	369	327	292	236	197	169	148	132	117	105	95.3	87.3	80.5
IPE 360	∗		M_c,y,Rd	469	469	416	416	416	416	416	416	X	X	$	0.706	N_b,y,Rd	3,340	3,340	3,340	3,320	3,300	3,270	3,250	3,180	3,110	3,000	2,860	2,680	2,440	2,190	1,940	1,710	1,510
N_pl,Rd = 3,340		n/a	M_c,z,Rd	87.9	87.9	56.6	56.6	56.6	56.6	56.6	56.6	X	X	$		N_b,z,Rd	3,250	3,110	2,880	2,470	1,970	1,540	1,220	803	567	421	324	257	209	174	146	125	108
f_yW_el,y = 416		0.163	M_N,y,Rd	469	469	–	–	–	–	–	–	–	–	–	0.706	M_b,Rd	416	396	359	323	287	255	227	183	152	130	113	100	89.1	79.8	72.2	66.0	60.8
f_yW_el,z = 56.6			M_N,z,Rd	87.9	87.9	–	–	–	–	–	–	–	–	–	0.163	M_b,Rd	469	438	393	349	308	270	239	190	157	133	116	101	89.1	79.8	72.2	66.0	60.8
IPE A 360	∗		M_c,y,Rd	417	374	374	374	374	X	X	X	X	X	$	0.495	N_b,y,Rd	2,940	2,940	2,940	2,920	2,900	2,880	2,860	2,800	2,740	2,650	2,530	2,370	2,160	1,940	1,720	1,520	1,340
N_pl,Rd = 2,940		n/a	M_c,z,Rd	79.1	51.1	51.1	51.1	51.1	X	X	X	X	X	$		N_b,z,Rd	2,860	2,740	2,550	2,200	1,760	1,380	1,100	724	512	380	293	233	189	157	132	113	97.4
f_yW_el,y = 374		0.081	M_N,y,Rd	417	–	–	–	–	–	–	–	–	–	–	0.495	M_b,Rd	374	355	322	288	256	226	200	159	131	111	96.0	84.2	73.9	66.0	59.6	54.4	50.0
f_yW_el,z = 51.1			M_N,z,Rd	79.1	–	–	–	–	–	–	–	–	–	–	0.081	M_b,Rd	417	390	350	310	272	238	209	164	134	113	97.7	84.2	73.9	66.0	59.6	54.4	50.0
IPE O 330	∗		M_c,y,Rd	434	434	434	383	383	383	383	383	383	383	$	0.912	N_b,y,Rd	3,340	3,340	3,330	3,310	3,280	3,250	3,220	3,150	3,050	2,920	2,730	2,490	2,220	1,940	1,700	1,480	1,300
N_pl,Rd = 3,340		n/a	M_c,z,Rd	85.1	85.1	85.1	54.7	54.7	54.7	54.7	54.7	54.7	54.7	$		N_b,z,Rd	3,240	3,080	2,820	2,360	1,850	1,430	1,130	743	523	388	299	238	193	160	135	115	99.4
f_yW_el,y = 383		0.231	M_N,y,Rd	434	434	433	–	–	–	–	–	–	–	–	0.912	M_b,Rd	383	361	327	294	263	234	210	172	145	125	110	97.9	88.3	79.4	72.1	66.1	61.0
f_yW_el,z = 54.7			M_N,z,Rd	85.1	85.1	85.1	–	–	–	–	–	–	–	–	0.231	M_b,Rd	434	401	359	319	281	249	221	178	149	128	112	99.6	88.3	79.4	72.1	66.1	61.0
IPE 330	∗		M_c,y,Rd	370	370	328	328	328	328	328	328	X	X	$	0.746	N_b,y,Rd	2,880	2,880	2,870	2,850	2,830	2,800	2,780	2,710	2,630	2,510	2,350	2,130	1,890	1,660	1,450	1,260	1,110
N_pl,Rd = 2,880		n/a	M_c,z,Rd	70.8	70.8	45.3	45.3	45.3	45.3	45.3	45.3	X	X	$		N_b,z,Rd	2,780	2,650	2,400	1,980	1,530	1,180	928	610	430	319	246	195	159	131	111	94.5	81.6
f_yW_el,y = 328		0.176	M_N,y,Rd	370	370	–	–	–	–	–	–	–	–	–	0.746	M_b,Rd	328	306	276	245	217	191	170	136	113	96.8	84.6	74.8	66.1	59.3	53.8	49.3	45.4
f_yW_el,z = 45.3			M_N,z,Rd	70.8	70.8	–	–	–	–	–	–	–	–	–	0.176	M_b,Rd	370	338	301	265	231	202	177	141	116	99.1	86.2	74.8	66.1	59.3	53.8	49.3	45.4
IPE A 330	∗		M_c,y,Rd	323	323	288	288	288	288	X	X	X	X	$	0.580	N_b,y,Rd	2,520	2,520	2,510	2,490	2,470	2,450	2,430	2,370	2,300	2,190	2,050	1,860	1,660	1,450	1,260	1,100	969
N_pl,Rd = 2,520		n/a	M_c,z,Rd	61.2	61.2	39.4	39.4	39.4	39.4	X	X	X	X	$		N_b,z,Rd	2,430	2,310	2,090	1,720	1,330	1,030	807	531	374	277	213	169	138	114	96.2	82.1	70.9
f_yW_el,y = 288		0.115	M_N,y,Rd	323	323	–	–	–	–	–	–	–	–	–	0.580	M_b,Rd	288	268	240	212	186	163	144	114	93.5	79.2	68.7	59.6	52.5	47.0	42.5	38.9	35.8
f_yW_el,z = 39.4			M_N,z,Rd	61.2	61.2	–	–	–	–	–	–	–	–	–	0.115	M_b,Rd	323	295	261	228	198	171	149	117	95.8	80.8	68.9	59.6	52.5	47.0	42.5	38.9	35.8
IPE O 300	∗		M_c,y,Rd	342	342	342	303	303	303	303	303	303	303	$	0.949	N_b,y,Rd	2,890	2,890	2,870	2,850	2,820	2,800	2,760	2,690	2,580	2,420	2,210	1,950	1,690	1,460	1,260	1,090	955
N_pl,Rd = 2,890		n/a	M_c,z,Rd	70.4	70.4	70.4	45.1	45.1	45.1	45.1	45.1	45.1	45.1	$		N_b,z,Rd	2,790	2,640	2,360	1,920	1,470	1,130	883	580	408	303	233	185	150	125	105	89.6	77.4
f_yW_el,y = 303		0.243	M_N,y,Rd	342	342	339	–	–	–	–	–	–	–	–	0.949	M_b,Rd	303	287	265	242	218	195	175	143	119	100	85.3	74.5	66.1	59.5	54.1	49.7	45.9
f_yW_el,z = 45.1			M_N,z,Rd	70.4	70.4	70.4	–	–	–	–	–	–	–	–	0.243	M_b,Rd	342	320	292	263	234	207	183	147	121	100	85.3	74.5	66.1	59.5	54.1	49.7	45.9
IPE 300	∗		M_c,y,Rd	289	289	256	256	256	256	256	256	X	X	$	0.786	N_b,y,Rd	2,480	2,480	2,460	2,440	2,420	2,390	2,370	2,300	2,200	2,070	1,880	1,660	1,430	1,230	1,060	923	807
N_pl,Rd = 2,480		n/a	M_c,z,Rd	57.5	57.5	37.0	37.0	37.0	37.0	37.0	37.0	X	X	$		N_b,z,Rd	2,380	2,250	1,990	1,580	1,200	916	716	470	330	245	188	150	122	101	84.8	72.4	62.5
f_yW_el,y = 256		0.192	M_N,y,Rd	289	289	–	–	–	–	–	–	–	–	–	0.786	M_b,Rd	256	241	221	200	177	157	139	110	90.1	74.0	62.8	54.6	48.4	43.4	39.4	36.1	33.4
f_yW_el,z = 37.0			M_N,z,Rd	57.5	57.5	–	–	–	–	–	–	–	–	–	0.192	M_b,Rd	289	267	243	216	189	165	144	114	90.1	74.0	62.8	54.6	48.4	43.4	39.4	36.1	33.4
IPE A 300	∗		M_c,y,Rd	249	249	222	222	222	222	222	X	X	X	$	0.605	N_b,y,Rd	2,140	2,140	2,130	2,110	2,090	2,070	2,040	1,980	1,900	1,780	1,610	1,420	1,220	1,050	907	786	687
N_pl,Rd = 2,140		n/a	M_c,z,Rd	49.2	49.2	31.8	31.8	31.8	31.8	31.8	X	X	X	$		N_b,z,Rd	2,060	1,940	1,710	1,360	1,030	787	616	404	284	210	162	128	104	86.5	72.9	62.2	53.7
f_yW_el,y = 222		0.125	M_N,y,Rd	249	249	–	–	–	–	–	–	–	–	–	0.605	M_b,Rd	222	208	190	171	150	131	115	89.9	71.2	58.0	48.9	42.4	37.4	33.5	30.3	27.7	25.6
f_yW_el,z = 31.8			M_N,z,Rd	49.2	49.2	–	–	–	–	–	–	–	–	–	0.125	M_b,Rd	249	230	208	184	159	137	119	92.0	71.2	58.0	48.9	42.4	37.4	33.5	30.3	27.7	25.6
IPE O 270			M_c,y,Rd	264	264	264	233	233	233	233	233	233	233	233	1.000	N_b,y,Rd	2,480	2,480	2,450	2,430	2,400	2,380	2,340	2,260	2,130	1,950	1,710	1,460	1,240	1,050	903	780	680
N_pl,Rd = 2,480		1.000	M_c,z,Rd	54.3	54.3	54.3	34.7	34.7	34.7	34.7	34.7	34.7	34.7	34.7		N_b,z,Rd	2,360	2,200	1,860	1,410	1,040	790	616	402	282	209	161	128	104	85.9	72.3	61.7	53.3
f_yW_el,y = 233		0.265	M_N,y,Rd	264	264	262	–	–	–	–	–	–	–	–	1.000	M_b,Rd	233	209	186	164	144	128	114	93.6	79.2	68.6	60.6	54.3	48.4	43.7	39.8	36.6	33.9
f_yW_el,z = 34.7			M_N,z,Rd	54.3	54.3	54.3	–	–	–	–	–	–	–	–	0.265	M_b,Rd	261	231	203	176	153	135	119	96.8	81.4	70.3	61.9	54.3	48.4	43.7	39.8	36.6	33.9
IPE 270	∗		M_c,y,Rd	223	223	223	197	197	197	197	197	197	X	$	0.853	N_b,y,Rd	2,110	2,110	2,090	2,070	2,050	2,020	1,990	1,920	1,800	1,640	1,430	1,210	1,030	872	746	644	561
N_pl,Rd = 2,110		n/a	M_c,z,Rd	44.6	44.6	44.6	28.6	28.6	28.6	28.6	28.6	28.6	X	$		N_b,z,Rd	2,010	1,860	1,550	1,160	855	646	503	328	230	170	131	104	84.5	70.0	59.0	50.3	43.4
f_yW_el,y = 197		0.209	M_N,y,Rd	223	223	223	–	–	–	–	–	–	–	–	0.853	M_b,Rd	197	181	164	146	128	112	98.9	79.1	63.9	53.0	45.4	39.7	35.3	31.8	28.9	26.6	24.6
f_yW_el,z = 28.6			M_N,z,Rd	44.6	44.6	44.6	–	–	–	–	–	–	–	–	0.209	M_b,Rd	220	200	179	156	135	117	102	80.7	63.9	53.0	45.4	39.7	35.3	31.8	28.9	26.6	24.6
IPE A 270	∗		M_c,y,Rd	190	190	169	169	169	169	169	X	X	X	$	0.628	N_b,y,Rd	1,800	1,800	1,790	1,770	1,750	1,730	1,700	1,640	1,540	1,400	1,220	1,040	877	745	637	550	479
N_pl,Rd = 1,800		n/a	M_c,z,Rd	37.9	37.9	24.4	24.4	24.4	24.4	24.4	X	X	X	$		N_b,z,Rd	1,720	1,590	1,330	991	730	552	430	280	197	146	112	88.8	72.2	59.8	50.3	43.0	37.1
f_yW_el,y = 169		0.126	M_N,y,Rd	190	190	–	–	–	–	–	–	–	–	–	0.628	M_b,Rd	168	155	139	122	106	91.8	80.1	62.9	49.4	40.7	34.6	30.2	26.7	24.0	21.9	20.0	18.5
f_yW_el,z = 24.4			M_N,z,Rd	37.9	37.9	–	–	–	–	–	–	–	–	–	0.126	M_b,Rd	187	170	151	131	112	95.5	82.6	62.9	49.4	40.7	34.6	30.2	26.7	24.0	21.9	20.0	18.5
IPE O 240			M_c,y,Rd	189	189	189	189	166	166	166	166	166	166	166	1.000	N_b,y,Rd	2,010	2,000	1,980	1,960	1,930	1,900	1,870	1,770	1,610	1,390	1,160	965	804	677	577	496	431
N_pl,Rd = 2,010		1.000	M_c,z,Rd	38.8	38.8	38.8	38.8	24.8	24.8	24.8	24.8	24.8	24.8	24.8		N_b,z,Rd	1,890	1,700	1,320	943	683	513	398	259	181	134	103	81.8	66.4	55.0	46.3	39.5	34.1
f_yW_el,y = 166		0.304	M_N,y,Rd	189	189	188	165	–	–	–	–	–	–	–	1.000	M_b,Rd	163	149	134	119	105	92.7	82.6	67.4	55.6	46.7	40.3	35.4	31.7	28.6	26.1	24.1	22.3
f_yW_el,z = 24.8			M_N,z,Rd	38.8	38.8	38.8	38.8	–	–	–	–	–	–	–	0.304	M_b,Rd	183	166	147	128	111	97.0	85.7	68.9	55.6	46.7	40.3	35.4	31.7	28.6	26.1	24.1	22.3
IPE 240	∗		M_c,y,Rd	169	169	169	149	149	149	149	149	149	149	$	0.966	N_b,y,Rd	1,800	1,790	1,770	1,750	1,730	1,700	1,670	1,580	1,440	1,240	1,040	859	716	603	513	441	383
N_pl,Rd = 1,800		n/a	M_c,z,Rd	34.0	34.0	34.0	21.8	21.8	21.8	21.8	21.8	21.8	21.8	$		N_b,z,Rd	1,690	1,510	1,160	818	591	443	344	223	157	116	89.0	70.5	57.3	47.4	39.9	34.1	29.4
f_yW_el,y = 149		0.237	M_N,y,Rd	169	169	169	–	–	–	–	–	–	–	–	0.966	M_b,Rd	146	133	118	104	90.2	79.0	69.8	56.3	45.4	38.0	32.8	28.8	25.7	23.2	21.2	19.5	18.1
f_yW_el,z = 21.8			M_N,z,Rd	34.0	34.0	34.0	–	–	–	–	–	–	–	–	0.237	M_b,Rd	163	147	129	111	94.9	82.2	72.1	56.5	45.4	38.0	32.8	28.8	25.7	23.2	21.2	19.5	18.1
IPE A 240	∗		M_c,y,Rd	144	144	128	128	128	128	128	128	X	X	$	0.730	N_b,y,Rd	1,530	1,530	1,510	1,490	1,470	1,450	1,420	1,340	1,220	1,050	879	728	606	510	434	374	325
N_pl,Rd = 1,530		n/a	M_c,z,Rd	28.7	28.7	18.4	18.4	18.4	18.4	18.4	18.4	X	X	$		N_b,z,Rd	1,440	1,280	979	692	500	375	291	189	132	97.8	75.2	59.6	48.4	40.1	33.8	28.8	24.9
f_yW_el,y = 128		0.156	M_N,y,Rd	144	144	–	–	–	–	–	–	–	–	–	0.730	M_b,Rd	125	113	99.5	86.0	73.8	63.7	55.7	43.4	34.6	28.8	24.8	21.7	19.3	17.4	15.9	14.6	13.5
f_yW_el,z = 18.4			M_N,z,Rd	28.7	28.7	–	–	–	–	–	–	–	–	–	0.156	M_b,Rd	138	124	107	91.1	77.0	65.9	57.2	43.4	34.6	28.8	24.8	21.7	19.3	17.4	15.9	14.6	13.5
IPE AA 240	∗		M_c,y,Rd	137	137	123	123	123	123	123	X	X	X	$	0.635	N_b,y,Rd	1,460	1,450	1,440	1,420	1,400	1,380	1,350	1,280	1,160	1,010	841	696	580	489	416	358	311
N_pl,Rd = 1,460		n/a	M_c,z,Rd	27.6	27.6	17.8	17.8	17.8	17.8	17.8	X	X	X	$		N_b,z,Rd	1,370	1,220	941	667	482	362	281	182	128	94.5	72.7	57.6	46.8	38.7	32.6	27.8	24.0
f_yW_el,y = 123		0.120	M_N,y,Rd	137	137	–	–	–	–	–	–	–	–	–	0.635	M_b,Rd	120	108	95.3	82.1	70.2	60.4	52.6	40.7	32.4	26.9	23.1	20.2	18.0	16.2	14.8	13.6	12.6
f_yW_el,z = 17.8			M_N,z,Rd	27.6	27.6	–	–	–	–	–	–	–	–	–	0.120	M_b,Rd	132	118	102	86.7	73.1	62.3	54.0	40.7	32.4	26.9	23.1	20.2	18.0	16.2	14.8	13.6	12.6
IPE O 220			M_c,y,Rd	148	148	148	148	148	148	148	148	148	148	148	0	N_b,y,Rd	1,720	1,710	1,690	1,670	1,640	1,610	1,570	1,460	1,280	1,060	868	710	588	493	418	359	312
N_pl,Rd = 1,720		n/a	M_c,z,Rd	30.8	30.8	30.8	30.8	30.8	30.8	30.8	30.8	30.8	30.8	30.8		N_b,z,Rd	1,600	1,390	1,010	703	505	377	292	190	133	98.1	75.4	59.8	48.5	40.2	33.8	28.9	24.9
f_yW_el,y = 130		1.000	M_N,y,Rd	148	148	147	128	110	91.7	73.3	55.0	36.7	18.3	0	1.000	M_b,Rd	141	126	110	94.3	81.1	70.5	62.1	49.0	39.6	33.4	28.8	25.4	22.7	20.6	18.8	17.3	16.0
f_yW_el,z = 19.7			M_N,z,Rd	30.8	30.8	30.8	30.8	30.8	29.8	27.1	22.8	16.9	9.25	0
IPE 220	∗		M_c,y,Rd	131	131	131	116	116	116	116	116	116	116	$	0.996	N_b,y,Rd	1,540	1,530	1,510	1,490	1,460	1,440	1,400	1,300	1,140	943	768	628	520	436	370	318	276
N_pl,Rd = 1,540		n/a	M_c,z,Rd	26.7	26.7	26.7	17.2	17.2	17.2	17.2	17.2	17.2	17.2	$		N_b,z,Rd	1,420	1,220	879	606	434	324	251	163	114	84.2	64.8	51.3	41.7	34.5	29.0	24.8	21.4
f_yW_el,y = 116		0.257	M_N,y,Rd	131	131	131	–	–	–	–	–	–	–	–	0.996	M_b,Rd	112	100	87.9	75.8	65.3	56.8	50.0	39.5	31.9	26.8	23.1	20.3	18.2	16.4	15.0	13.8	12.8
f_yW_el,z = 17.2			M_N,z,Rd	26.7	26.7	26.7	–	–	–	–	–	–	–	–	0.257	M_b,Rd	125	110	94.9	80.3	68.2	58.8	51.4	39.5	31.9	26.8	23.1	20.3	18.2	16.4	15.0	13.8	12.8
IPE A 220	∗		M_c,y,Rd	110	110	98.4	98.4	98.4	98.4	98.4	98.4	X	X	$	0.768	N_b,y,Rd	1,300	1,290	1,280	1,260	1,240	1,220	1,180	1,100	956	792	644	526	435	365	310	266	231
N_pl,Rd = 1,300		n/a	M_c,z,Rd	22.3	22.3	14.4	14.4	14.4	14.4	14.4	14.4	X	X	$		N_b,z,Rd	1,210	1,030	736	506	362	271	209	136	95.1	70.3	54.0	42.8	34.7	28.8	24.2	20.7	17.8
f_yW_el,y = 98.4		0.177	M_N,y,Rd	110	110	–	–	–	–	–	–	–	–	–	0.768	M_b,Rd	94.5	84.2	72.7	61.6	52.1	44.6	38.8	29.5	23.6	19.7	17.0	14.9	13.3	12.0	10.9	10.1	9.30
f_yW_el,z = 14.4			M_N,z,Rd	22.3	22.3	–	–	–	–	–	–	–	–	–	0.177	M_b,Rd	105	91.9	77.9	64.7	54.1	45.9	39.4	29.5	23.6	19.7	17.0	14.9	13.3	12.0	10.9	10.1	9.30
IPE AA 220	∗		M_c,y,Rd	106	106	94.3	94.3	94.3	94.3	94.3	X	X	X	$	0.692	N_b,y,Rd	1,240	1,230	1,220	1,200	1,180	1,160	1,130	1,050	914	758	616	504	417	349	297	255	221
N_pl,Rd = 1,240		n/a	M_c,z,Rd	21.4	21.4	13.8	13.8	13.8	13.8	13.8	X	X	X	$		N_b,z,Rd	1,150	985	706	486	348	260	201	131	91.5	67.6	51.9	41.2	33.4	27.7	23.3	19.9	17.2
f_yW_el,y = 94.3		0.149	M_N,y,Rd	106	106	–	–	–	–	–	–	–	–	–	0.692	M_b,Rd	90.5	80.6	69.5	58.6	49.4	42.2	36.6	27.6	22.0	18.4	15.8	13.8	12.3	11.1	10.2	9.33	8.64
f_yW_el,z = 13.8			M_N,z,Rd	21.4	21.4	–	–	–	–	–	–	–	–	–	0.149	M_b,Rd	100	88.0	74.4	61.6	51.2	43.4	37.0	27.6	22.0	18.4	15.8	13.8	12.3	11.1	10.2	9.33	8.64
IPE O 200			M_c,y,Rd	115	115	115	115	115	115	115	115	115	115	115	0	N_b,y,Rd	1,470	1,460	1,440	1,420	1,390	1,350	1,310	1,180	983	789	631	511	421	352	298	256	222
N_pl,Rd = 1,470		n/a	M_c,z,Rd	23.9	23.9	23.9	23.9	23.9	23.9	23.9	23.9	23.9	23.9	23.9		N_b,z,Rd	1,340	1,100	748	507	361	269	208	135	94.2	69.6	53.5	42.4	34.4	28.5	24.0	20.4	17.6
f_yW_el,y = 101		1.000	M_N,y,Rd	115	115	114	99.9	85.6	71.3	57.1	42.8	28.5	14.3	0	1.000	M_b,Rd	107	94.4	80.9	68.7	58.8	51.1	45.1	35.2	28.7	24.2	21.0	18.5	16.6	15.1	13.8	12.7	11.7
f_yW_el,z = 15.2			M_N,z,Rd	23.9	23.9	23.9	23.9	23.9	23.1	21.1	17.8	13.2	7.23	0
IPE 200			M_c,y,Rd	102	102	102	89.2	89.2	89.2	89.2	89.2	89.2	89.2	89.2	1.000	N_b,y,Rd	1,310	1,300	1,280	1,260	1,240	1,200	1,160	1,040	868	694	555	449	370	309	262	225	195
N_pl,Rd = 1,310		1.000	M_c,z,Rd	20.5	20.5	20.5	13.1	13.1	13.1	13.1	13.1	13.1	13.1	13.1		N_b,z,Rd	1,190	953	638	430	306	228	176	114	79.7	58.8	45.2	35.8	29.1	24.1	20.3	17.3	14.9
f_yW_el,y = 89.2		0.287	M_N,y,Rd	102	102	102	–	–	–	–	–	–	–	–	1.000	M_b,Rd	84.3	74.5	64.2	54.7	46.8	40.7	35.8	28.0	22.8	19.2	16.6	14.7	13.1	11.9	10.9	10.0	9.27
f_yW_el,z = 13.1			M_N,z,Rd	20.5	20.5	20.5	–	–	–	–	–	–	–	–	0.287	M_b,Rd	94.4	82.0	69.1	57.7	48.8	42.0	36.6	28.0	22.8	19.2	16.6	14.7	13.1	11.9	10.9	10.0	9.27
IPE A 200	∗		M_c,y,Rd	83.7	83.7	74.5	74.5	74.5	74.5	74.5	74.5	X	X	$	0.774	N_b,y,Rd	1,080	1,070	1,060	1,040	1,020	992	959	857	712	569	455	368	303	253	214	184	159
N_pl,Rd = 1,080		n/a	M_c,z,Rd	16.8	16.8	10.8	10.8	10.8	10.8	10.8	10.8	X	X	$		N_b,z,Rd	981	782	522	352	250	186	144	93.1	65.1	48.1	36.9	29.3	23.8	19.7	16.5	14.1	12.2
f_yW_el,y = 74.5		0.174	M_N,y,Rd	83.7	83.7	–	–	–	–	–	–	–	–	–	0.774	M_b,Rd	70.0	61.2	51.7	43.0	36.1	30.9	26.7	20.2	16.3	13.7	11.8	10.4	9.29	8.40	7.67	7.06	6.53
f_yW_el,z = 10.8			M_N,z,Rd	16.8	16.8	–	–	–	–	–	–	–	–	–	0.174	M_b,Rd	77.4	66.5	54.9	44.9	37.3	31.7	26.7	20.2	16.3	13.7	11.8	10.4	9.29	8.40	7.67	7.06	6.53
IPE AA 200	∗		M_c,y,Rd	81.0	81.0	71.8	71.8	71.8	71.8	71.8	71.8	X	X	$	0.774	N_b,y,Rd	1,050	1,040	1,030	1,010	991	966	933	832	690	550	439	356	293	244	207	178	154
N_pl,Rd = 1,050		n/a	M_c,z,Rd	16.1	16.1	10.3	10.3	10.3	10.3	10.3	10.3	X	X	$		N_b,z,Rd	954	755	501	337	240	178	138	89.2	62.4	46.0	35.4	28.0	22.7	18.8	15.8	13.5	11.7
f_yW_el,y = 71.8		0.179	M_N,y,Rd	81.0	81.0	–	–	–	–	–	–	–	–	–	0.774	M_b,Rd	67.4	58.8	49.5	41.1	34.4	29.3	25.2	19.1	15.4	12.9	11.1	9.78	8.73	7.90	7.21	6.63	6.14
f_yW_el,z = 10.3			M_N,z,Rd	16.1	16.1	–	–	–	–	–	–	–	–	–	0.179	M_b,Rd	74.8	64.1	52.7	42.9	35.6	30.1	25.2	19.1	15.4	12.9	11.1	9.78	8.73	7.90	7.21	6.63	6.14
IPE O 180			M_c,y,Rd	86.9	86.9	86.9	86.9	86.9	86.9	86.9	86.9	86.9	86.9	86.9	0	N_b,y,Rd	1,250	1,230	1,210	1,190	1,160	1,120	1,060	904	715	556	439	353	290	241	204	175	152
N_pl,Rd = 1,250		n/a	M_c,z,Rd	18.4	18.4	18.4	18.4	18.4	18.4	18.4	18.4	18.4	18.4	18.4		N_b,z,Rd	1,110	833	534	357	253	188	145	93.7	65.5	48.3	37.1	29.4	23.9	19.8	16.6	14.2	12.2
f_yW_el,y = 75.9		1.000	M_N,y,Rd	86.9	86.9	86.3	75.5	64.8	54.0	43.2	32.4	21.6	10.8	0	1.000	M_b,Rd	79.6	68.6	57.7	48.4	41.3	35.8	31.4	24.3	19.9	16.9	14.6	12.9	11.6	10.5	9.62	8.86	8.22
f_yW_el,z = 11.7			M_N,z,Rd	18.4	18.4	18.4	18.4	18.3	17.7	16.2	13.6	10.0	5.52	0
IPE 180			M_c,y,Rd	76.4	76.4	76.4	76.4	67.2	67.2	67.2	67.2	67.2	67.2	67.2	1.000	N_b,y,Rd	1,100	1,080	1,070	1,040	1,020	984	936	794	626	487	384	309	253	211	179	153	133
N_pl,Rd = 1,100		1.000	M_c,z,Rd	15.9	15.9	15.9	15.9	10.2	10.2	10.2	10.2	10.2	10.2	10.2		N_b,z,Rd	974	721	459	306	217	161	124	80.3	56.1	41.4	31.8	25.2	20.4	16.9	14.2	12.1	10.5
f_yW_el,y = 67.2		0.315	M_N,y,Rd	76.4	76.4	75.9	66.4	–	–	–	–	–	–	–	1.000	M_b,Rd	62.2	54.1	45.8	38.5	32.8	28.4	25.0	19.3	15.7	13.3	11.5	10.2	9.12	8.26	7.55	6.96	6.45
f_yW_el,z = 10.2			M_N,z,Rd	15.9	15.9	15.9	15.9	–	–	–	–	–	–	–	0.315	M_b,Rd	69.4	59.1	48.9	40.4	34.0	29.2	25.0	19.3	15.7	13.3	11.5	10.2	9.12	8.26	7.55	6.96	6.45
IPE A 180	∗		M_c,y,Rd	62.1	62.1	62.1	55.2	55.2	55.2	55.2	55.2	55.2	X	$	0.826	N_b,y,Rd	901	888	874	857	835	805	765	647	508	395	311	250	205	171	145	124	107
N_pl,Rd = 902		n/a	M_c,z,Rd	12.9	12.9	12.9	8.28	8.28	8.28	8.28	8.28	8.28	X	$		N_b,z,Rd	799	591	377	251	178	132	102	65.9	46.0	34.0	26.1	20.7	16.8	13.9	11.7	9.96	8.60
f_yW_el,y = 55.2		0.202	M_N,y,Rd	62.1	62.1	62.0	–	–	–	–	–	–	–	–	0.826	M_b,Rd	50.8	43.5	35.8	29.4	24.5	20.9	17.6	13.4	10.9	9.14	7.90	6.96	6.22	5.63	5.14	4.73	4.39
f_yW_el,z = 8.28			M_N,z,Rd	12.9	12.9	12.9	–	–	–	–	–	–	–	–	0.202	M_b,Rd	56.1	47.0	37.9	30.5	25.2	20.9	17.6	13.4	10.9	9.14	7.90	6.96	6.22	5.63	5.14	4.73	4.39
IPE AA 180	∗		M_c,y,Rd	60.3	60.3	60.3	53.4	53.4	53.4	53.4	53.4	53.4	X	$	0.826	N_b,y,Rd	874	861	847	830	808	779	740	622	488	378	298	240	196	164	138	119	103
N_pl,Rd = 874		n/a	M_c,z,Rd	12.3	12.3	12.3	7.91	7.91	7.91	7.91	7.91	7.91	X	$		N_b,z,Rd	772	566	359	239	169	126	96.9	62.6	43.8	32.3	24.8	19.6	15.9	13.2	11.1	9.47	8.17
f_yW_el,y = 53.4		0.208	M_N,y,Rd	60.3	60.3	60.3	–	–	–	–	–	–	–	–	0.826	M_b,Rd	49.0	41.7	34.2	27.9	23.2	19.6	16.5	12.5	10.1	8.53	7.37	6.49	5.80	5.25	4.79	4.41	4.09
f_yW_el,z = 7.91			M_N,z,Rd	12.3	12.3	12.3	–	–	–	–	–	–	–	–	0.208	M_b,Rd	54.2	45.2	36.2	29.0	23.8	19.6	16.5	12.5	10.1	8.53	7.37	6.49	5.80	5.25	4.79	4.41	4.09
IPE 160			M_c,y,Rd	57.0	57.0	57.0	57.0	57.0	57.0	57.0	57.0	57.0	57.0	57.0	0	N_b,y,Rd	921	906	888	866	835	792	733	577	434	331	259	207	169	141	119	102	88.3
N_pl,Rd = 925		n/a	M_c,z,Rd	12.0	12.0	12.0	12.0	12.0	12.0	12.0	12.0	12.0	12.0	12.0		N_b,z,Rd	784	520	318	210	148	110	84.6	54.6	38.1	28.1	21.6	17.1	13.9	11.5	9.66	8.24	7.11
f_yW_el,y = 50.1		1.000	M_N,y,Rd	57.0	57.0	56.9	49.8	42.7	35.6	28.5	21.3	14.2	7.11	0	1.000	M_b,Rd	50.3	41.8	34.0	28.0	23.6	20.2	17.3	13.4	11.0	9.35	8.13	7.19	6.45	5.85	5.35	4.94	4.58
f_yW_el,z = 7.68			M_N,z,Rd	12.0	12.0	12.0	12.0	12.0	11.7	10.6	8.97	6.64	3.65	0
IPE A 160	∗		M_c,y,Rd	45.6	45.6	45.6	40.4	40.4	40.4	40.4	40.4	40.4	40.4	$	0.916	N_b,y,Rd	742	730	715	697	672	636	587	460	345	263	206	165	135	112	94.6	81.0	70.1
N_pl,Rd = 745		n/a	M_c,z,Rd	9.52	9.52	9.52	6.12	6.12	6.12	6.12	6.12	6.12	6.12	$		N_b,z,Rd	631	416	254	167	118	87.6	67.5	43.6	30.4	22.4	17.2	13.6	11.1	9.16	7.70	6.57	5.67
f_yW_el,y = 40.4		0.229	M_N,y,Rd	45.6	45.6	45.6	–	–	–	–	–	–	–	–	0.916	M_b,Rd	36.1	30.0	24.3	19.7	16.5	13.9	11.8	9.06	7.38	6.24	5.41	4.78	4.28	3.88	3.55	3.27	3.03
f_yW_el,z = 6.12			M_N,z,Rd	9.52	9.52	9.52	–	–	–	–	–	–	–	–	0.229	M_b,Rd	39.8	32.3	25.5	20.4	16.9	13.9	11.8	9.06	7.38	6.24	5.41	4.78	4.28	3.88	3.55	3.27	3.03
IPE AA 160	∗		M_c,y,Rd	43.8	43.8	43.8	38.8	38.8	38.8	38.8	38.8	38.8	X	$	0.873	N_b,y,Rd	719	707	693	675	650	615	565	441	330	251	196	157	129	107	90.3	77.3	66.9
N_pl,Rd = 722		n/a	M_c,z,Rd	9.06	9.06	9.06	5.80	5.80	5.80	5.80	5.80	5.80	X	$		N_b,z,Rd	608	396	241	159	112	83.1	64.0	41.3	28.8	21.3	16.3	12.9	10.5	8.68	7.31	6.23	5.38
f_yW_el,y = 38.8		0.228	M_N,y,Rd	43.8	43.8	43.8	–	–	–	–	–	–	–	–	0.873	M_b,Rd	34.5	28.6	23.0	18.6	15.5	12.9	11.0	8.43	6.86	5.80	5.03	4.44	3.97	3.60	3.29	3.03	2.81
f_yW_el,z = 5.80			M_N,z,Rd	9.06	9.06	9.06	–	–	–	–	–	–	–	–	0.228	M_b,Rd	38.1	30.8	24.1	19.3	15.8	12.9	11.0	8.43	6.86	5.80	5.03	4.44	3.97	3.60	3.29	3.03	2.81
IPE 140			M_c,y,Rd	40.6	40.6	40.6	40.6	40.6	40.6	40.6	40.6	40.6	40.6	40.6	0	N_b,y,Rd	748	733	715	689	651	596	525	382	279	210	163	130	106	88.3	74.5	63.7	55.1
N_pl,Rd = 754		n/a	M_c,z,Rd	8.88	8.88	8.88	8.88	8.88	8.88	8.88	8.88	8.88	8.88	8.88		N_b,z,Rd	599	356	212	139	97.8	72.4	55.8	36.0	25.1	18.5	14.2	11.2	9.12	7.55	6.35	5.41	4.67
f_yW_el,y = 35.6		1.000	M_N,y,Rd	40.6	40.6	40.3	35.2	30.2	25.2	20.1	15.1	10.1	5.03	0	1.000	M_b,Rd	34.6	28.1	22.5	18.5	15.6	13.1	11.3	8.85	7.28	6.20	5.40	4.78	4.29	3.89	3.56	3.29	3.05
f_yW_el,z = 5.66			M_N,z,Rd	8.88	8.88	8.88	8.88	8.87	8.57	7.80	6.55	4.84	2.66	0
IPE A 140			M_c,y,Rd	32.9	32.9	32.9	29.1	29.1	29.1	29.1	29.1	29.1	29.1	29.1	1.000	N_b,y,Rd	611	599	583	562	531	485	426	309	225	169	132	105	85.6	71.2	60.1	51.4	44.4
N_pl,Rd = 616		1.000	M_c,z,Rd	7.13	7.13	7.13	4.60	4.60	4.60	4.60	4.60	4.60	4.60	4.60		N_b,z,Rd	489	291	174	114	79.9	59.2	45.6	29.4	20.5	15.1	11.6	9.19	7.45	6.17	5.19	4.42	3.82
f_yW_el,y = 29.1		0.271	M_N,y,Rd	32.9	32.9	32.7	–	–	–	–	–	–	–	–	1.000	M_b,Rd	25.1	20.4	16.2	13.1	11.0	9.11	7.79	6.05	4.96	4.20	3.65	3.23	2.90	2.63	2.40	2.22	2.06
f_yW_el,z = 4.60			M_N,z,Rd	7.13	7.13	7.13	–	–	–	–	–	–	–	–	0.271	M_b,Rd	27.7	21.8	16.9	13.5	11.0	9.11	7.79	6.05	4.96	4.20	3.65	3.23	2.90	2.63	2.40	2.22	2.06
IPE AA 140			M_c,y,Rd	31.1	31.1	31.1	27.5	27.5	27.5	27.5	27.5	27.5	27.5	27.5	1.000	N_b,y,Rd	584	572	557	536	505	459	401	290	211	159	123	98.2	80.1	66.6	56.2	48.1	41.6
N_pl,Rd = 589		1.000	M_c,z,Rd	6.67	6.67	6.67	4.26	4.26	4.26	4.26	4.26	4.26	4.26	4.26		N_b,z,Rd	463	272	162	106	74.5	55.2	42.5	27.4	19.1	14.1	10.8	8.57	6.95	5.75	4.84	4.12	3.56
f_yW_el,y = 27.5		0.284	M_N,y,Rd	31.1	31.1	31.1	–	–	–	–	–	–	–	–	1.000	M_b,Rd	23.6	19.0	14.9	12.0	9.93	8.21	7.00	5.43	4.45	3.77	3.27	2.89	2.60	2.35	2.15	1.98	1.84
f_yW_el,z = 4.26			M_N,z,Rd	6.67	6.67	6.67	–	–	–	–	–	–	–	–	0.284	M_b,Rd	25.9	20.2	15.6	12.4	9.93	8.21	7.00	5.43	4.45	3.77	3.27	2.89	2.60	2.35	2.15	1.98	1.84
IPE 120			M_c,y,Rd	27.9	27.9	27.9	27.9	27.9	27.9	27.9	27.9	27.9	27.9	27.9	0	N_b,y,Rd	598	583	562	529	478	410	341	234	168	125	97.0	77.2	62.9	52.2	44.0	37.6	32.5
N_pl,Rd = 607		n/a	M_c,z,Rd	6.26	6.26	6.26	6.26	6.26	6.26	6.26	6.26	6.26	6.26	6.26		N_b,z,Rd	428	229	134	87.3	61.2	45.3	34.8	22.4	15.6	11.5	8.85	7.00	5.68	4.70	3.95	3.37	2.91
f_yW_el,y = 24.4		1.000	M_N,y,Rd	27.9	27.9	27.7	24.3	20.8	17.3	13.9	10.4	6.93	3.47	0	1.000	M_b,Rd	22.7	18.0	14.4	11.9	10.0	8.43	7.29	5.75	4.75	4.05	3.54	3.14	2.82	2.56	2.34	2.16	2.01
f_yW_el,z = 3.98			M_N,z,Rd	6.26	6.26	6.26	6.26	6.25	6.05	5.51	4.64	3.43	1.88	0
IPE A 120			M_c,y,Rd	23.0	23.0	23.0	23.0	23.0	23.0	23.0	23.0	23.0	23.0	23.0	0	N_b,y,Rd	498	485	467	439	394	336	278	190	136	102	78.6	62.5	50.9	42.3	35.7	30.5	26.3
N_pl,Rd = 506		n/a	M_c,z,Rd	5.06	5.06	5.06	5.06	5.06	5.06	5.06	5.06	5.06	5.06	5.06		N_b,z,Rd	348	184	107	69.8	49.0	36.2	27.9	17.9	12.5	9.22	7.07	5.60	4.54	3.76	3.16	2.69	2.32
f_yW_el,y = 20.1		1.000	M_N,y,Rd	23.0	23.0	23.0	20.2	17.3	14.4	11.5	8.64	5.76	2.88	0	1.000	M_b,Rd	18.2	14.0	10.8	8.74	7.07	5.92	5.10	4.00	3.30	2.81	2.45	2.17	1.95	1.77	1.62	1.49	1.39
f_yW_el,z = 3.22			M_N,z,Rd	5.06	5.06	5.06	5.06	5.06	4.93	4.52	3.82	2.84	1.56	0
IPE AA 120			M_c,y,Rd	21.9	21.9	21.9	21.9	21.9	21.9	21.9	21.9	21.9	21.9	21.9	0	N_b,y,Rd	484	472	454	425	381	323	267	182	130	97.2	75.2	59.9	48.8	40.5	34.1	29.2	25.2
N_pl,Rd = 492		n/a	M_c,z,Rd	4.78	4.78	4.78	4.78	4.78	4.78	4.78	4.78	4.78	4.78	4.78		N_b,z,Rd	336	176	103	67.0	47.0	34.7	26.7	17.2	12.0	8.84	6.78	5.37	4.35	3.60	3.03	2.58	2.23
f_yW_el,y = 19.2		1.000	M_N,y,Rd	21.9	21.9	21.9	19.5	16.7	13.9	11.1	8.35	5.56	2.78	0	1.000	M_b,Rd	17.3	13.1	10.1	8.10	6.50	5.44	4.69	3.68	3.03	2.58	2.25	1.99	1.79	1.62	1.49	1.37	1.27
f_yW_el,z = 3.03			M_N,z,Rd	4.78	4.78	4.78	4.78	4.78	4.70	4.34	3.69	2.75	1.52	0
IPE 100			M_c,y,Rd	18.1	18.1	18.1	18.1	18.1	18.1	18.1	18.1	18.1	18.1	18.1	0	N_b,y,Rd	462	446	419	372	308	245	195	130	92.1	68.4	52.8	41.9	34.1	28.3	23.8	20.4	17.6
N_pl,Rd = 474		n/a	M_c,z,Rd	4.23	4.23	4.23	4.23	4.23	4.23	4.23	4.23	4.23	4.23	4.23		N_b,z,Rd	271	134	77.4	50.2	35.2	26.0	20.0	12.8	8.96	6.60	5.06	4.00	3.25	2.69	2.26	1.93	1.66
f_yW_el,y = 15.7		1.000	M_N,y,Rd	18.1	18.1	18.0	15.8	13.5	11.3	9.01	6.76	4.51	2.25	0	1.000	M_b,Rd	14.0	11.0	8.79	7.29	6.10	5.17	4.49	3.56	2.96	2.53	2.21	1.96	1.76	1.60	1.47	1.35	1.26
f_yW_el,z = 2.66			M_N,z,Rd	4.23	4.23	4.23	4.23	4.23	4.10	3.73	3.14	2.32	1.28	0
IPE A 100			M_c,y,Rd	15.2	15.2	15.2	15.2	15.2	15.2	15.2	15.2	15.2	15.2	15.2	0	N_b,y,Rd	395	380	356	314	258	204	163	108	76.4	56.8	43.8	34.8	28.3	23.5	19.8	16.9	14.6
N_pl,Rd = 405		n/a	M_c,z,Rd	3.45	3.45	3.45	3.45	3.45	3.45	3.45	3.45	3.45	3.45	3.45		N_b,z,Rd	226	111	64.1	41.6	29.1	21.5	16.5	10.6	7.41	5.46	4.19	3.31	2.69	2.22	1.87	1.59	1.37
f_yW_el,y = 13.2		1.000	M_N,y,Rd	15.2	15.2	15.2	13.4	11.5	9.56	7.65	5.74	3.82	1.91	0	1.000	M_b,Rd	11.3	8.57	6.70	5.44	4.43	3.75	3.25	2.57	2.13	1.82	1.59	1.41	1.27	1.15	1.06	0.974	0.904
f_yW_el,z = 2.19			M_N,z,Rd	3.45	3.45	3.45	3.45	3.45	3.37	3.10	2.62	1.95	1.07	0
IPE AA 100			M_c,y,Rd	14.7	14.7	14.7	14.7	14.7	14.7	14.7	14.7	14.7	14.7	14.7	0	N_b,y,Rd	385	371	347	305	249	197	157	104	73.6	54.7	42.2	33.5	27.3	22.6	19.0	16.3	14.1
N_pl,Rd = 396		n/a	M_c,z,Rd	3.31	3.31	3.31	3.31	3.31	3.31	3.31	3.31	3.31	3.31	3.31		N_b,z,Rd	218	107	61.7	40.0	28.0	20.7	15.9	10.2	7.12	5.25	4.02	3.18	2.58	2.14	1.80	1.53	1.32
f_yW_el,y = 12.8		1.000	M_N,y,Rd	14.7	14.7	14.7	13.0	11.2	9.31	7.45	5.59	3.73	1.86	0	1.000	M_b,Rd	10.9	8.19	6.38	5.14	4.19	3.54	3.07	2.43	2.01	1.72	1.50	1.33	1.20	1.09	0.996	0.919	0.853
f_yW_el,z = 2.10			M_N,z,Rd	3.31	3.31	3.31	3.31	3.31	3.25	3.00	2.55	1.90	1.05	0
IPE 80			M_c,y,Rd	10.7	10.7	10.7	10.7	10.7	10.7	10.7	10.7	10.7	10.7	10.7	0	N_b,y,Rd	335	315	274	213	160	122	95.1	62.2	43.7	32.4	24.9	19.8	16.1	13.3	11.2	9.57	8.27
N_pl,Rd = 350		n/a	M_c,z,Rd	2.67	2.67	2.67	2.67	2.67	2.67	2.67	2.67	2.67	2.67	2.67		N_b,z,Rd	152	72.1	41.4	26.8	18.7	13.8	10.6	6.82	4.75	3.50	2.68	2.12	1.72	1.42	1.20	1.02	0.880
f_yW_el,y = 9.20		1.000	M_N,y,Rd	10.7	10.7	10.5	9.17	7.86	6.55	5.24	3.93	2.62	1.31	0	1.000	M_b,Rd	7.79	6.05	4.85	4.04	3.34	2.84	2.48	1.97	1.64	1.40	1.23	1.09	0.980	0.890	0.816	0.753	0.699
f_yW_el,z = 1.70			M_N,z,Rd	2.67	2.67	2.67	2.67	2.66	2.56	2.31	1.94	1.43	0.780	0
IPE A 80			M_c,y,Rd	8.74	8.74	8.74	8.74	8.74	8.74	8.74	8.74	8.74	8.74	8.74	0	N_b,y,Rd	282	264	227	175	130	99.1	77.3	50.5	35.5	26.3	20.2	16.1	13.0	10.8	9.10	7.77	6.71
N_pl,Rd = 294		n/a	M_c,z,Rd	2.16	2.16	2.16	2.16	2.16	2.16	2.16	2.16	2.16	2.16	2.16		N_b,z,Rd	126	59.6	34.2	22.1	15.5	11.4	8.77	5.64	3.93	2.89	2.22	1.75	1.42	1.18	0.989	0.843	0.727
f_yW_el,y = 7.59		1.000	M_N,y,Rd	8.74	8.74	8.72	7.63	6.54	5.45	4.36	3.27	2.18	1.09	0	1.000	M_b,Rd	6.03	4.49	3.52	2.81	2.31	1.96	1.71	1.36	1.13	0.965	0.843	0.749	0.673	0.612	0.561	0.517	0.480
f_yW_el,z = 1.37			M_N,z,Rd	2.16	2.16	2.16	2.16	2.16	2.10	1.92	1.61	1.20	0.657	0
IPE AA 80			M_c,y,Rd	8.69	8.69	8.69	8.69	8.69	8.69	8.69	8.69	8.69	8.69	8.69	0	N_b,y,Rd	278	260	224	173	129	98.1	76.6	50.1	35.2	26.0	20.0	15.9	12.9	10.7	9.02	7.70	6.65
N_pl,Rd = 290		n/a	M_c,z,Rd	2.16	2.16	2.16	2.16	2.16	2.16	2.16	2.16	2.16	2.16	2.16		N_b,z,Rd	124	58.7	33.7	21.8	15.2	11.2	8.63	5.55	3.86	2.84	2.18	1.73	1.40	1.16	0.973	0.830	0.716
f_yW_el,y = 7.54		1.000	M_N,y,Rd	8.69	8.69	8.62	7.54	6.47	5.39	4.31	3.23	2.16	1.08	0	1.000	M_b,Rd	5.99	4.45	3.49	2.78	2.28	1.94	1.69	1.34	1.11	0.953	0.832	0.739	0.665	0.604	0.554	0.511	0.474
f_yW_el,z = 1.37			M_N,z,Rd	2.16	2.16	2.16	2.16	2.16	2.09	1.90	1.60	1.18	0.648	0

X Section becomes Class 4

$ For these values of n = N_Ed / N_pl,Rd the section would be overloaded due to N_Ed alone even when M_Ed is zero, because N_Ed would exceed the local buckling resistance of the section

– Not applicable for Class 3 and Class 4 sections

∗ The section can become Class 4 under axial compression only. Under combined axial compression and bending the section becomes Class 4 when the Class 3 N_Ed / N_pl,Rd limit is exceeded

N_Ed = Design value of the axial force

n = N_Ed / N_pl,Rd

The values in this table are conservative for tension as the more onerous compression section classification limits have been used

Under combined axial compression and bending the resistances are only valid up to the given N_Ed / N_pl,Rd limit. For higher values of n = N_Ed / N_pl,Rd the section would be overloaded due to N_Ed alone even when M_Ed is zero, because N_Ed would exceed the local buckling resistance of the section

Design Data

Long products

Flat products

Other

Long products - Beams - Parallel flange I sections - IPE - S460 - 6. Axial force & bending