Long products - Beams - Parallel flange I sections - IPE - S355 - 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	2,830	2,830	2,830	2,460	2,460	2,460	2,460	2,460	X	X	$	0.752	N_b,y,Rd	9,680	9,680	9,680	9,680	9,680	9,680	9,680	9,670	9,590	9,500	9,400	9,300	9,200	9,090	8,980	8,850	8,710
N_pl,Rd = 9,680		n/a	M_c,z,Rd	384	384	384	245	245	245	245	245	X	X	$		N_b,z,Rd	9,610	9,220	8,790	8,310	7,760	7,140	6,470	5,110	3,980	3,120	2,490	2,020	1,680	1,410	1,200	1,030	897
f_yW_el,y = 2,460		0.221	M_N,y,Rd	2,830	2,830	2,830	–	–	–	–	–	–	–	–	0.752	M_b,Rd	2,460	2,460	2,460	2,400	2,280	2,170	2,050	1,830	1,620	1,430	1,280	1,150	1,040	947	870	805	749
f_yW_el,z = 245			M_N,z,Rd	384	384	384	–	–	–	–	–	–	–	–	0.221	M_b,Rd	2,830	2,830	2,830	2,700	2,560	2,410	2,270	1,990	1,740	1,520	1,340	1,200	1,080	980	898	828	769
IPE 750 x 196	∗		M_c,y,Rd	2,480	2,480	2,480	2,150	2,150	2,150	2,150	X	X	X	$	0.684	N_b,y,Rd	8,650	8,650	8,650	8,650	8,650	8,650	8,650	8,640	8,560	8,480	8,390	8,300	8,210	8,110	8,000	7,880	7,760
N_pl,Rd = 8,650		n/a	M_c,z,Rd	331	331	331	210	210	210	210	X	X	X	$		N_b,z,Rd	8,570	8,220	7,830	7,390	6,890	6,320	5,700	4,480	3,470	2,720	2,160	1,760	1,460	1,220	1,040	895	778
f_yW_el,y = 2,150		0.201	M_N,y,Rd	2,480	2,480	2,480	–	–	–	–	–	–	–	–	0.684	M_b,Rd	2,150	2,150	2,150	2,090	1,980	1,880	1,770	1,570	1,370	1,200	1,060	946	850	770	704	648	600
f_yW_el,z = 210			M_N,z,Rd	331	331	331	–	–	–	–	–	–	–	–	0.201	M_b,Rd	2,480	2,480	2,480	2,360	2,220	2,090	1,960	1,700	1,470	1,280	1,120	986	881	795	724	665	615
IPE 750 x 173	∗		M_c,y,Rd	2,140	2,140	1,860	1,860	1,860	1,860	X	X	X	$	$	0.593	N_b,y,Rd	7,640	7,640	7,640	7,640	7,640	7,640	7,640	7,620	7,540	7,470	7,390	7,310	7,230	7,140	7,040	6,930	6,820
N_pl,Rd = 7,640		n/a	M_c,z,Rd	279	279	178	178	178	178	X	X	X	$	$		N_b,z,Rd	7,550	7,230	6,870	6,470	6,000	5,480	4,920	3,830	2,950	2,300	1,830	1,480	1,230	1,030	876	754	655
f_yW_el,y = 1,860		0.165	M_N,y,Rd	2,140	2,140	–	–	–	–	–	–	–	–	–	0.593	M_b,Rd	1,860	1,860	1,860	1,800	1,700	1,610	1,510	1,320	1,150	998	872	769	685	617	560	513	473
f_yW_el,z = 178			M_N,z,Rd	279	279	–	–	–	–	–	–	–	–	–	0.165	M_b,Rd	2,140	2,140	2,140	2,030	1,910	1,790	1,670	1,440	1,230	1,050	912	799	708	635	575	526	480
IPE 750 x 147	∗		M_c,y,Rd	1,760	1,760	1,520	1,520	1,520	X	X	X	X	$	$	0.502	N_b,y,Rd	6,470	6,470	6,470	6,470	6,470	6,470	6,470	6,440	6,380	6,320	6,250	6,180	6,110	6,020	5,940	5,840	5,740
N_pl,Rd = 6,470		n/a	M_c,z,Rd	218	218	138	138	138	X	X	X	X	$	$		N_b,z,Rd	6,370	6,080	5,760	5,390	4,960	4,480	3,980	3,040	2,320	1,800	1,420	1,150	952	798	678	584	507
f_yW_el,y = 1,520		0.130	M_N,y,Rd	1,760	1,760	–	–	–	–	–	–	–	–	–	0.502	M_b,Rd	1,520	1,520	1,520	1,450	1,370	1,290	1,210	1,040	891	762	657	573	506	452	407	370	336
f_yW_el,z = 138			M_N,z,Rd	218	218	–	–	–	–	–	–	–	–	–	0.130	M_b,Rd	1,760	1,760	1,750	1,650	1,540	1,440	1,340	1,130	950	803	686	594	522	464	417	373	336
IPE 750 x 134	∗		M_c,y,Rd	1,650	1,430	1,430	1,430	X	X	X	X	X	$	$	0.398	N_b,y,Rd	6,060	6,060	6,060	6,060	6,060	6,060	6,060	6,030	5,970	5,910	5,840	5,780	5,700	5,630	5,540	5,450	5,350
N_pl,Rd = 6,060		n/a	M_c,z,Rd	202	129	129	129	X	X	X	X	X	$	$		N_b,z,Rd	5,960	5,680	5,370	5,020	4,600	4,140	3,660	2,780	2,110	1,640	1,300	1,050	865	725	616	530	460
f_yW_el,y = 1,430		0.074	M_N,y,Rd	1,650	–	–	–	–	–	–	–	–	–	–	0.398	M_b,Rd	1,430	1,430	1,430	1,360	1,280	1,200	1,120	956	810	688	589	510	448	397	357	321	289
f_yW_el,z = 129			M_N,z,Rd	202	–	–	–	–	–	–	–	–	–	–	0.074	M_b,Rd	1,650	1,650	1,630	1,530	1,430	1,330	1,230	1,030	861	721	612	527	461	408	361	321	289
IPE V 600			M_c,y,Rd	1,840	1,840	1,840	1,840	1,840	1,840	1,840	1,840	1,840	1,840	1,840	0	N_b,y,Rd	8,070	8,070	8,070	8,070	8,070	8,070	8,050	7,960	7,860	7,750	7,640	7,520	7,390	7,250	7,090	6,900	6,700
N_pl,Rd = 8,070		n/a	M_c,z,Rd	269	269	269	269	269	269	269	269	269	269	269		N_b,z,Rd	7,880	7,480	7,030	6,500	5,880	5,200	4,520	3,360	2,520	1,940	1,530	1,230	1,020	850	722	620	538
f_yW_el,y = 1,580		1.000	M_N,y,Rd	1,840	1,840	1,840	1,660	1,430	1,190	950	713	475	238	0	1.000	M_b,Rd	1,840	1,840	1,790	1,680	1,580	1,480	1,380	1,200	1,050	930	830	749	682	626	579	539	504
f_yW_el,z = 168			M_N,z,Rd	269	269	269	269	269	267	250	214	161	89.5	0
IPE O 600			M_c,y,Rd	1,540	1,540	1,540	1,540	1,340	1,340	1,340	1,340	1,340	1,340	1,340	1.000	N_b,y,Rd	6,790	6,790	6,790	6,790	6,790	6,790	6,770	6,690	6,610	6,520	6,430	6,330	6,220	6,100	5,960	5,800	5,630
N_pl,Rd = 6,790		1.000	M_c,z,Rd	221	221	221	221	139	139	139	139	139	139	139		N_b,z,Rd	6,620	6,280	5,880	5,420	4,880	4,300	3,730	2,750	2,060	1,580	1,240	1,000	826	691	586	504	437
f_yW_el,y = 1,340		0.330	M_N,y,Rd	1,540	1,540	1,540	1,400	–	–	–	–	–	–	–	1.000	M_b,Rd	1,340	1,340	1,320	1,240	1,170	1,100	1,020	893	780	686	611	549	499	457	421	391	365
f_yW_el,z = 139			M_N,z,Rd	221	221	221	221	–	–	–	–	–	–	–	0.330	M_b,Rd	1,540	1,540	1,490	1,400	1,300	1,210	1,120	963	829	723	638	571	516	471	433	401	374
IPE 600	∗		M_c,y,Rd	1,210	1,210	1,060	1,060	1,060	1,060	1,060	1,060	X	X	$	0.714	N_b,y,Rd	5,380	5,380	5,380	5,380	5,380	5,380	5,370	5,300	5,240	5,170	5,090	5,010	4,920	4,820	4,710	4,590	4,450
N_pl,Rd = 5,380		n/a	M_c,z,Rd	168	168	106	106	106	106	106	106	X	X	$		N_b,z,Rd	5,230	4,950	4,630	4,240	3,800	3,320	2,860	2,090	1,560	1,190	938	756	622	520	441	379	329
f_yW_el,y = 1,060		0.200	M_N,y,Rd	1,210	1,210	–	–	–	–	–	–	–	–	–	0.714	M_b,Rd	1,060	1,060	1,030	968	905	841	779	664	568	490	429	381	342	310	284	262	242
f_yW_el,z = 106			M_N,z,Rd	168	168	–	–	–	–	–	–	–	–	–	0.200	M_b,Rd	1,210	1,210	1,160	1,080	1,000	923	847	709	598	511	445	393	351	318	290	264	242
IPE A 600	∗		M_c,y,Rd	1,080	958	958	958	958	X	X	X	X	$	$	0.491	N_b,y,Rd	4,730	4,730	4,730	4,730	4,730	4,730	4,720	4,660	4,600	4,540	4,480	4,410	4,330	4,250	4,150	4,050	3,930
N_pl,Rd = 4,730		n/a	M_c,z,Rd	152	97.6	97.6	97.6	97.6	X	X	X	X	$	$		N_b,z,Rd	4,610	4,370	4,090	3,770	3,390	2,980	2,580	1,900	1,420	1,090	859	693	570	477	405	348	302
f_yW_el,y = 958		0.095	M_N,y,Rd	1,080	–	–	–	–	–	–	–	–	–	–	0.491	M_b,Rd	958	958	934	876	818	760	702	595	504	432	375	331	295	267	243	223	204
f_yW_el,z = 97.6			M_N,z,Rd	152	–	–	–	–	–	–	–	–	–	–	0.095	M_b,Rd	1,080	1,080	1,040	969	898	827	757	631	528	449	387	340	303	273	247	223	204
IPE V 550			M_c,y,Rd	1,450	1,450	1,450	1,450	1,450	1,450	1,450	1,450	1,450	1,450	1,450	0	N_b,y,Rd	6,970	6,970	6,970	6,970	6,970	6,970	6,920	6,830	6,740	6,640	6,530	6,410	6,270	6,120	5,950	5,750	5,530
N_pl,Rd = 6,970		n/a	M_c,z,Rd	218	218	218	218	218	218	218	218	218	218	218		N_b,z,Rd	6,770	6,390	5,960	5,450	4,860	4,230	3,630	2,640	1,960	1,500	1,180	952	783	654	555	477	414
f_yW_el,y = 1,250		1.000	M_N,y,Rd	1,450	1,450	1,450	1,320	1,130	942	754	565	377	188	0	1.000	M_b,Rd	1,450	1,450	1,390	1,300	1,220	1,140	1,060	913	796	701	626	564	514	472	436	406	380
f_yW_el,z = 136			M_N,z,Rd	218	218	218	218	218	217	204	175	132	73.4	0
IPE O 550	∗		M_c,y,Rd	1,130	1,130	1,130	982	982	982	982	982	982	982	$	0.912	N_b,y,Rd	5,380	5,380	5,380	5,380	5,380	5,380	5,350	5,280	5,210	5,130	5,040	4,950	4,850	4,730	4,600	4,440	4,280
N_pl,Rd = 5,380		n/a	M_c,z,Rd	166	166	166	105	105	105	105	105	105	105	$		N_b,z,Rd	5,220	4,930	4,600	4,190	3,730	3,240	2,770	2,020	1,500	1,140	899	724	595	497	422	362	314
f_yW_el,y = 982		0.276	M_N,y,Rd	1,130	1,130	1,130	–	–	–	–	–	–	–	–	0.912	M_b,Rd	982	982	952	893	834	777	721	620	535	467	412	369	334	305	280	260	242
f_yW_el,z = 105			M_N,z,Rd	166	166	166	–	–	–	–	–	–	–	–	0.276	M_b,Rd	1,130	1,130	1,070	997	924	853	784	663	564	488	428	382	344	313	288	266	245
IPE 550	∗		M_c,y,Rd	962	962	962	842	842	842	842	842	X	X	$	0.734	N_b,y,Rd	4,640	4,640	4,640	4,640	4,640	4,640	4,610	4,540	4,480	4,410	4,340	4,260	4,170	4,060	3,950	3,820	3,670
N_pl,Rd = 4,640		n/a	M_c,z,Rd	138	138	138	87.6	87.6	87.6	87.6	87.6	X	X	$		N_b,z,Rd	4,490	4,230	3,930	3,570	3,160	2,720	2,320	1,680	1,240	946	743	598	491	411	348	299	259
f_yW_el,y = 842		0.204	M_N,y,Rd	962	962	962	–	–	–	–	–	–	–	–	0.734	M_b,Rd	842	842	810	757	704	652	601	509	433	373	326	289	260	236	216	200	183
f_yW_el,z = 87.6			M_N,z,Rd	138	138	138	–	–	–	–	–	–	–	–	0.204	M_b,Rd	962	962	908	842	777	712	650	541	454	388	337	298	267	242	220	200	183
IPE A 550	∗		M_c,y,Rd	879	779	779	779	779	X	X	X	X	$	$	0.487	N_b,y,Rd	4,160	4,160	4,160	4,160	4,160	4,160	4,140	4,080	4,020	3,960	3,900	3,820	3,740	3,640	3,540	3,420	3,290
N_pl,Rd = 4,160		n/a	M_c,z,Rd	129	82.4	82.4	82.4	82.4	X	X	X	X	$	$		N_b,z,Rd	4,030	3,800	3,540	3,220	2,850	2,470	2,100	1,520	1,130	862	677	545	448	374	318	273	237
f_yW_el,y = 779		0.091	M_N,y,Rd	879	–	–	–	–	–	–	–	–	–	–	0.487	M_b,Rd	779	779	747	696	646	595	546	457	384	327	284	250	223	202	184	167	152
f_yW_el,z = 82.4			M_N,z,Rd	129	–	–	–	–	–	–	–	–	–	–	0.091	M_b,Rd	879	879	828	767	705	644	585	482	400	339	292	256	228	206	184	167	152
IPE V 500			M_c,y,Rd	1,090	1,090	1,090	1,090	1,090	1,090	1,090	1,090	1,090	1,090	1,090	0	N_b,y,Rd	5,660	5,660	5,660	5,660	5,660	5,640	5,600	5,520	5,430	5,340	5,240	5,120	4,990	4,840	4,660	4,470	4,260
N_pl,Rd = 5,660		n/a	M_c,z,Rd	175	175	175	175	175	175	175	175	175	175	175		N_b,z,Rd	5,480	5,160	4,800	4,360	3,860	3,340	2,840	2,050	1,520	1,160	911	733	603	504	427	367	318
f_yW_el,y = 949		1.000	M_N,y,Rd	1,090	1,090	1,090	973	834	695	556	417	278	139	0	1.000	M_b,Rd	1,090	1,090	1,040	968	900	835	773	664	575	505	449	404	367	337	311	289	270
f_yW_el,z = 110			M_N,z,Rd	175	175	175	175	175	172	159	135	101	55.7	0
IPE O 500	∗		M_c,y,Rd	901	901	901	788	788	788	788	788	788	788	$	0.965	N_b,y,Rd	4,720	4,720	4,720	4,720	4,720	4,700	4,660	4,600	4,520	4,440	4,360	4,260	4,150	4,020	3,880	3,710	3,530
N_pl,Rd = 4,720		n/a	M_c,z,Rd	141	141	141	89.7	89.7	89.7	89.7	89.7	89.7	89.7	$		N_b,z,Rd	4,560	4,290	3,970	3,600	3,170	2,720	2,310	1,660	1,230	935	734	591	485	405	344	295	256
f_yW_el,y = 788		0.293	M_N,y,Rd	901	901	901	–	–	–	–	–	–	–	–	0.965	M_b,Rd	788	788	756	707	659	611	566	484	417	364	322	288	261	239	220	204	190
f_yW_el,z = 89.7			M_N,z,Rd	141	141	141	–	–	–	–	–	–	–	–	0.293	M_b,Rd	901	901	848	787	727	669	613	516	439	380	334	298	269	245	225	208	191
IPE 500	∗		M_c,y,Rd	779	779	685	685	685	685	685	685	X	X	$	0.727	N_b,y,Rd	4,100	4,100	4,100	4,100	4,100	4,080	4,050	3,990	3,920	3,850	3,770	3,680	3,580	3,460	3,330	3,180	3,010
N_pl,Rd = 4,100		n/a	M_c,z,Rd	119	119	76.0	76.0	76.0	76.0	76.0	76.0	X	X	$		N_b,z,Rd	3,950	3,700	3,420	3,070	2,680	2,290	1,930	1,380	1,010	770	604	485	398	333	282	242	210
f_yW_el,y = 685		0.196	M_N,y,Rd	779	779	–	–	–	–	–	–	–	–	–	0.727	M_b,Rd	685	685	650	604	559	514	471	394	333	286	250	222	199	181	166	151	139
f_yW_el,z = 76.0			M_N,z,Rd	119	119	–	–	–	–	–	–	–	–	–	0.196	M_b,Rd	779	779	724	668	612	557	506	417	348	297	258	228	204	185	167	151	139
IPE A 500	∗		M_c,y,Rd	691	613	613	613	613	613	X	X	X	X	$	0.511	N_b,y,Rd	3,590	3,590	3,590	3,590	3,590	3,570	3,550	3,490	3,440	3,380	3,310	3,230	3,140	3,040	2,930	2,800	2,660
N_pl,Rd = 3,590		n/a	M_c,z,Rd	107	68.9	68.9	68.9	68.9	68.9	X	X	X	X	$		N_b,z,Rd	3,460	3,250	3,010	2,720	2,380	2,040	1,720	1,240	911	694	544	438	359	300	255	218	190
f_yW_el,y = 613		0.099	M_N,y,Rd	691	–	–	–	–	–	–	–	–	–	–	0.511	M_b,Rd	613	613	581	540	498	457	417	346	290	247	214	188	168	152	138	125	114
f_yW_el,z = 68.9			M_N,z,Rd	107	–	–	–	–	–	–	–	–	–	–	0.099	M_b,Rd	691	691	643	593	542	493	446	364	302	255	220	193	172	154	138	125	114
IPE V 450			M_c,y,Rd	794	794	794	794	794	794	794	794	794	794	794	0	N_b,y,Rd	4,550	4,550	4,550	4,550	4,550	4,510	4,480	4,400	4,320	4,230	4,130	4,020	3,880	3,730	3,550	3,350	3,140
N_pl,Rd = 4,550		n/a	M_c,z,Rd	134	134	134	134	134	134	134	134	134	134	134		N_b,z,Rd	4,390	4,120	3,800	3,420	2,990	2,550	2,150	1,530	1,130	859	674	542	445	371	315	270	234
f_yW_el,y = 693		1.000	M_N,y,Rd	794	794	794	705	604	504	403	302	201	101	0	1.000	M_b,Rd	794	794	743	689	638	588	541	460	396	346	307	276	250	229	212	197	183
f_yW_el,z = 85.2			M_N,z,Rd	134	134	134	134	134	132	122	103	77.0	42.5	0
IPE O 450			M_c,y,Rd	706	706	706	619	619	619	619	619	619	619	619	1.000	N_b,y,Rd	4,060	4,060	4,060	4,060	4,050	4,020	3,990	3,930	3,850	3,770	3,680	3,580	3,460	3,320	3,160	2,990	2,800
N_pl,Rd = 4,060		1.000	M_c,z,Rd	118	118	118	74.9	74.9	74.9	74.9	74.9	74.9	74.9	74.9		N_b,z,Rd	3,900	3,660	3,370	3,020	2,630	2,240	1,880	1,340	986	750	588	473	388	324	274	236	204
f_yW_el,y = 619		0.296	M_N,y,Rd	706	706	706	–	–	–	–	–	–	–	–	1.000	M_b,Rd	619	619	587	547	508	470	434	371	319	279	247	222	201	184	170	158	147
f_yW_el,z = 74.9			M_N,z,Rd	118	118	118	–	–	–	–	–	–	–	–	0.296	M_b,Rd	706	706	656	607	559	512	468	394	335	290	256	229	207	189	174	160	147
IPE 450	∗		M_c,y,Rd	604	604	604	532	532	532	532	532	X	X	$	0.772	N_b,y,Rd	3,510	3,510	3,510	3,510	3,500	3,470	3,440	3,380	3,320	3,250	3,160	3,070	2,960	2,830	2,690	2,530	2,360
N_pl,Rd = 3,510		n/a	M_c,z,Rd	98.0	98.0	98.0	62.5	62.5	62.5	62.5	62.5	X	X	$		N_b,z,Rd	3,360	3,140	2,870	2,550	2,200	1,850	1,550	1,090	800	607	475	382	313	261	221	190	165
f_yW_el,y = 532		0.206	M_N,y,Rd	604	604	604	–	–	–	–	–	–	–	–	0.772	M_b,Rd	532	532	498	461	424	389	355	296	250	215	188	167	150	137	125	114	105
f_yW_el,z = 62.5			M_N,z,Rd	98.0	98.0	98.0	–	–	–	–	–	–	–	–	0.206	M_b,Rd	604	599	553	508	463	420	379	312	260	222	194	171	154	139	126	114	105
IPE A 450	∗		M_c,y,Rd	530	530	473	473	473	473	X	X	X	X	$	0.528	N_b,y,Rd	3,040	3,040	3,040	3,040	3,030	3,010	2,980	2,930	2,880	2,820	2,750	2,670	2,580	2,470	2,350	2,210	2,060
N_pl,Rd = 3,040		n/a	M_c,z,Rd	87.3	87.3	56.1	56.1	56.1	56.1	X	X	X	X	$		N_b,z,Rd	2,920	2,730	2,500	2,240	1,940	1,640	1,370	974	714	542	425	341	280	234	198	170	147
f_yW_el,y = 473		0.101	M_N,y,Rd	530	530	–	–	–	–	–	–	–	–	–	0.528	M_b,Rd	473	473	442	408	375	342	311	256	214	182	158	140	125	113	102	92.8	85.0
f_yW_el,z = 56.1			M_N,z,Rd	87.3	87.3	–	–	–	–	–	–	–	–	–	0.101	M_b,Rd	530	526	486	446	406	367	330	268	222	188	162	143	127	114	102	92.8	85.0
IPE V 400			M_c,y,Rd	580	580	580	580	580	580	580	580	580	580	580	0	N_b,y,Rd	3,690	3,690	3,690	3,690	3,670	3,640	3,600	3,530	3,460	3,370	3,260	3,140	3,000	2,840	2,660	2,460	2,260
N_pl,Rd = 3,690		n/a	M_c,z,Rd	105	105	105	105	105	105	105	105	105	105	105		N_b,z,Rd	3,540	3,300	3,020	2,690	2,310	1,950	1,630	1,150	841	638	500	401	329	275	233	200	173
f_yW_el,y = 510		1.000	M_N,y,Rd	580	580	580	509	436	364	291	218	145	72.7	0	1.000	M_b,Rd	580	575	534	493	454	417	382	323	278	243	215	193	176	161	149	138	128
f_yW_el,z = 66.9			M_N,z,Rd	105	105	105	105	105	102	93.6	79.1	58.6	32.3	0
IPE O 400			M_c,y,Rd	533	533	533	470	470	470	470	470	470	470	470	1.000	N_b,y,Rd	3,420	3,420	3,420	3,420	3,400	3,360	3,330	3,270	3,190	3,110	3,010	2,890	2,750	2,600	2,420	2,230	2,050
N_pl,Rd = 3,420		1.000	M_c,z,Rd	95.5	95.5	95.5	61.1	61.1	61.1	61.1	61.1	61.1	61.1	61.1		N_b,z,Rd	3,270	3,040	2,780	2,450	2,100	1,760	1,460	1,030	751	569	445	357	293	244	207	178	154
f_yW_el,y = 470		0.275	M_N,y,Rd	533	533	533	–	–	–	–	–	–	–	–	1.000	M_b,Rd	470	470	437	405	374	344	316	267	229	200	177	158	144	131	121	112	104
f_yW_el,z = 61.1			M_N,z,Rd	95.5	95.5	95.5	–	–	–	–	–	–	–	–	0.275	M_b,Rd	533	526	486	446	408	371	338	282	239	207	182	163	147	134	123	113	104
IPE 400	∗		M_c,y,Rd	464	464	464	412	412	412	412	412	412	X	$	0.832	N_b,y,Rd	3,000	3,000	3,000	3,000	2,980	2,950	2,920	2,860	2,800	2,720	2,630	2,530	2,410	2,260	2,110	1,940	1,780
N_pl,Rd = 3,000		n/a	M_c,z,Rd	81.3	81.3	81.3	51.8	51.8	51.8	51.8	51.8	51.8	X	$		N_b,z,Rd	2,860	2,660	2,410	2,120	1,800	1,500	1,240	871	635	481	376	302	247	206	175	150	130
f_yW_el,y = 412		0.215	M_N,y,Rd	464	464	464	–	–	–	–	–	–	–	–	0.832	M_b,Rd	412	409	380	350	321	293	267	222	188	162	142	127	115	104	95.9	87.6	80.6
f_yW_el,z = 51.8			M_N,z,Rd	81.3	81.3	81.3	–	–	–	–	–	–	–	–	0.215	M_b,Rd	464	455	419	383	348	314	283	233	195	167	146	130	117	106	95.9	87.6	80.6
IPE A 400	∗		M_c,y,Rd	406	406	363	363	363	363	X	X	X	X	$	0.584	N_b,y,Rd	2,600	2,600	2,600	2,600	2,580	2,550	2,530	2,480	2,420	2,360	2,280	2,190	2,090	1,970	1,830	1,690	1,550
N_pl,Rd = 2,600		n/a	M_c,z,Rd	71.7	71.7	46.2	46.2	46.2	46.2	X	X	X	X	$		N_b,z,Rd	2,480	2,300	2,100	1,850	1,580	1,320	1,100	770	562	426	333	267	219	183	155	133	115
f_yW_el,y = 363		0.114	M_N,y,Rd	406	406	–	–	–	–	–	–	–	–	–	0.584	M_b,Rd	363	361	334	307	281	255	231	190	159	136	119	105	94.3	85.6	77.3	70.4	64.7
f_yW_el,z = 46.2			M_N,z,Rd	71.7	71.7	–	–	–	–	–	–	–	–	–	0.114	M_b,Rd	406	398	366	334	302	272	244	198	165	140	121	107	96.1	85.7	77.3	70.4	64.7
IPE O 360			M_c,y,Rd	421	421	421	372	372	372	372	372	372	372	372	1.000	N_b,y,Rd	2,990	2,990	2,990	2,980	2,950	2,920	2,880	2,820	2,740	2,650	2,540	2,410	2,260	2,080	1,900	1,720	1,560
N_pl,Rd = 2,990		1.000	M_c,z,Rd	80.6	80.6	80.6	51.8	51.8	51.8	51.8	51.8	51.8	51.8	51.8		N_b,z,Rd	2,840	2,630	2,380	2,070	1,750	1,450	1,200	834	607	459	358	287	236	196	166	143	124
f_yW_el,y = 372		0.298	M_N,y,Rd	421	421	421	–	–	–	–	–	–	–	–	1.000	M_b,Rd	372	368	341	315	290	265	243	205	176	154	136	122	111	102	94.0	87.3	80.5
f_yW_el,z = 51.8			M_N,z,Rd	80.6	80.6	80.6	–	–	–	–	–	–	–	–	0.298	M_b,Rd	421	411	378	346	315	286	259	216	184	159	140	126	114	104	95.3	87.3	80.5
IPE 360	∗		M_c,y,Rd	362	362	362	321	321	321	321	321	321	X	$	0.873	N_b,y,Rd	2,580	2,580	2,580	2,570	2,540	2,520	2,490	2,430	2,370	2,290	2,190	2,080	1,940	1,790	1,630	1,480	1,330
N_pl,Rd = 2,580		n/a	M_c,z,Rd	67.8	67.8	67.8	43.7	43.7	43.7	43.7	43.7	43.7	X	$		N_b,z,Rd	2,440	2,260	2,040	1,770	1,480	1,220	1,010	699	507	383	299	240	197	164	139	119	103
f_yW_el,y = 321		0.224	M_N,y,Rd	362	362	362	–	–	–	–	–	–	–	–	0.873	M_b,Rd	321	316	292	268	244	222	202	167	142	122	107	95.9	86.6	79.0	72.2	66.0	60.8
f_yW_el,z = 43.7			M_N,z,Rd	67.8	67.8	67.8	–	–	–	–	–	–	–	–	0.224	M_b,Rd	362	351	321	292	264	238	214	175	147	126	110	98.1	88.4	79.8	72.2	66.0	60.8
IPE A 360	∗		M_c,y,Rd	322	322	288	288	288	288	288	X	X	X	$	0.633	N_b,y,Rd	2,270	2,270	2,270	2,260	2,240	2,220	2,200	2,140	2,090	2,020	1,930	1,830	1,720	1,590	1,450	1,310	1,180
N_pl,Rd = 2,270		n/a	M_c,z,Rd	61.1	61.1	39.4	39.4	39.4	39.4	39.4	X	X	X	$		N_b,z,Rd	2,160	2,000	1,800	1,570	1,320	1,100	903	629	457	346	270	217	177	148	125	107	93.1
f_yW_el,y = 288		0.128	M_N,y,Rd	322	322	–	–	–	–	–	–	–	–	–	0.633	M_b,Rd	288	284	261	239	218	197	178	146	122	105	91.3	81.0	72.9	66.0	59.6	54.4	50.0
f_yW_el,z = 39.4			M_N,z,Rd	61.1	61.1	–	–	–	–	–	–	–	–	–	0.128	M_b,Rd	322	312	286	260	234	209	187	152	126	107	93.4	82.7	73.9	66.0	59.6	54.4	50.0
IPE O 330			M_c,y,Rd	335	335	335	296	296	296	296	296	296	296	296	1.000	N_b,y,Rd	2,580	2,580	2,580	2,560	2,530	2,500	2,470	2,400	2,320	2,230	2,110	1,970	1,810	1,640	1,470	1,310	1,170
N_pl,Rd = 2,580		1.000	M_c,z,Rd	65.7	65.7	65.7	42.2	42.2	42.2	42.2	42.2	42.2	42.2	42.2		N_b,z,Rd	2,430	2,230	1,990	1,710	1,410	1,150	943	651	471	355	277	222	182	152	128	110	95.3
f_yW_el,y = 296		0.300	M_N,y,Rd	335	335	334	–	–	–	–	–	–	–	–	1.000	M_b,Rd	296	289	266	245	224	204	186	157	134	117	104	93.2	84.6	77.6	71.7	66.1	61.0
f_yW_el,z = 42.2			M_N,z,Rd	65.7	65.7	65.7	–	–	–	–	–	–	–	–	0.300	M_b,Rd	335	322	294	268	242	219	198	164	139	121	107	95.5	86.6	79.2	72.1	66.1	61.0
IPE 330	∗		M_c,y,Rd	285	285	285	253	253	253	253	253	253	253	$	0.919	N_b,y,Rd	2,220	2,220	2,220	2,200	2,180	2,150	2,130	2,070	2,000	1,920	1,810	1,690	1,550	1,400	1,260	1,120	1,000
N_pl,Rd = 2,220		n/a	M_c,z,Rd	54.7	54.7	54.7	35.0	35.0	35.0	35.0	35.0	35.0	35.0	$		N_b,z,Rd	2,080	1,910	1,690	1,440	1,180	959	781	537	388	293	228	183	149	125	105	90.3	78.3
f_yW_el,y = 253		0.238	M_N,y,Rd	285	285	285	–	–	–	–	–	–	–	–	0.919	M_b,Rd	253	245	225	205	186	168	152	125	106	91.4	80.5	71.9	65.0	59.3	53.8	49.3	45.4
f_yW_el,z = 35.0			M_N,z,Rd	54.7	54.7	54.7	–	–	–	–	–	–	–	–	0.238	M_b,Rd	285	272	248	223	200	179	160	131	109	94.1	82.4	73.4	66.1	59.3	53.8	49.3	45.4
IPE A 330	∗		M_c,y,Rd	249	249	222	222	222	222	222	222	X	X	$	0.729	N_b,y,Rd	1,940	1,940	1,940	1,920	1,900	1,880	1,860	1,810	1,750	1,670	1,580	1,480	1,350	1,220	1,100	979	873
N_pl,Rd = 1,940		n/a	M_c,z,Rd	47.2	47.2	30.4	30.4	30.4	30.4	30.4	30.4	X	X	$		N_b,z,Rd	1,820	1,670	1,480	1,250	1,030	834	680	467	338	254	198	159	130	108	91.6	78.5	68.0
f_yW_el,y = 222		0.168	M_N,y,Rd	249	249	–	–	–	–	–	–	–	–	–	0.729	M_b,Rd	222	215	196	178	160	144	129	105	87.8	75.1	65.6	58.3	52.5	47.0	42.5	38.9	35.8
f_yW_el,z = 30.4			M_N,z,Rd	47.2	47.2	–	–	–	–	–	–	–	–	–	0.168	M_b,Rd	249	237	215	193	172	153	136	109	90.4	77.0	67.0	59.4	52.5	47.0	42.5	38.9	35.8
IPE O 300			M_c,y,Rd	264	264	264	264	234	234	234	234	234	234	234	1.000	N_b,y,Rd	2,230	2,230	2,230	2,200	2,170	2,140	2,120	2,050	1,960	1,860	1,730	1,580	1,420	1,260	1,120	988	875
N_pl,Rd = 2,230		1.000	M_c,z,Rd	54.3	54.3	54.3	54.3	34.8	34.8	34.8	34.8	34.8	34.8	34.8		N_b,z,Rd	2,080	1,900	1,670	1,400	1,140	922	749	513	370	278	217	174	142	118	100	85.7	74.3
f_yW_el,y = 234		0.314	M_N,y,Rd	264	264	262	229	–	–	–	–	–	–	–	1.000	M_b,Rd	234	228	214	200	185	170	155	131	112	97.0	85.3	74.5	66.1	59.5	54.1	49.7	45.9
f_yW_el,z = 34.8			M_N,z,Rd	54.3	54.3	54.3	54.3	–	–	–	–	–	–	–	0.314	M_b,Rd	264	254	237	219	200	182	165	137	115	99.7	85.3	74.5	66.1	59.5	54.1	49.7	45.9
IPE 300	∗		M_c,y,Rd	223	223	223	198	198	198	198	198	198	198	$	0.964	N_b,y,Rd	1,910	1,910	1,910	1,880	1,860	1,840	1,810	1,750	1,680	1,590	1,480	1,350	1,210	1,070	946	835	739
N_pl,Rd = 1,910		n/a	M_c,z,Rd	44.4	44.4	44.4	28.6	28.6	28.6	28.6	28.6	28.6	28.6	$		N_b,z,Rd	1,780	1,610	1,400	1,170	942	756	611	417	300	226	176	141	115	95.8	81.0	69.4	60.1
f_yW_el,y = 198		0.257	M_N,y,Rd	223	223	223	–	–	–	–	–	–	–	–	0.964	M_b,Rd	198	191	179	166	152	138	125	103	86.1	73.9	62.8	54.6	48.4	43.4	39.4	36.1	33.4
f_yW_el,z = 28.6			M_N,z,Rd	44.4	44.4	44.4	–	–	–	–	–	–	–	–	0.257	M_b,Rd	223	213	198	181	164	147	131	106	88.6	74.0	62.8	54.6	48.4	43.4	39.4	36.1	33.4
IPE A 300	∗		M_c,y,Rd	192	192	171	171	171	171	171	171	X	X	$	0.758	N_b,y,Rd	1,650	1,650	1,650	1,630	1,610	1,590	1,560	1,510	1,450	1,370	1,270	1,160	1,040	916	808	713	631
N_pl,Rd = 1,650		n/a	M_c,z,Rd	38.0	38.0	24.6	24.6	24.6	24.6	24.6	24.6	X	X	$		N_b,z,Rd	1,530	1,390	1,210	1,010	811	650	526	359	258	194	151	121	98.8	82.3	69.6	59.6	51.7
f_yW_el,y = 171		0.181	M_N,y,Rd	192	192	–	–	–	–	–	–	–	–	–	0.758	M_b,Rd	171	166	154	142	129	116	104	84.0	69.5	58.0	48.9	42.4	37.4	33.5	30.3	27.7	25.6
f_yW_el,z = 24.6			M_N,z,Rd	38.0	38.0	–	–	–	–	–	–	–	–	–	0.181	M_b,Rd	192	183	170	154	138	123	109	86.8	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	204	204	204	204	204	204	204	204	204	204	204	0	N_b,y,Rd	1,910	1,910	1,900	1,870	1,850	1,820	1,790	1,720	1,630	1,520	1,380	1,230	1,080	939	819	717	631
N_pl,Rd = 1,910		n/a	M_c,z,Rd	41.9	41.9	41.9	41.9	41.9	41.9	41.9	41.9	41.9	41.9	41.9		N_b,z,Rd	1,750	1,560	1,330	1,070	843	666	534	361	259	194	151	121	98.5	82.0	69.3	59.3	51.4
f_yW_el,y = 180		1.000	M_N,y,Rd	204	204	202	177	152	126	101	75.8	50.5	25.3	0	1.000	M_b,Rd	204	188	169	151	135	121	109	90.0	76.6	66.7	59.2	53.2	48.3	43.7	39.8	36.6	33.9
f_yW_el,z = 26.8			M_N,z,Rd	41.9	41.9	41.9	41.9	41.9	40.4	36.7	30.8	22.8	12.5	0
IPE 270			M_c,y,Rd	172	172	172	152	152	152	152	152	152	152	152	1.000	N_b,y,Rd	1,630	1,630	1,620	1,600	1,570	1,550	1,520	1,460	1,380	1,280	1,160	1,020	896	780	679	594	522
N_pl,Rd = 1,630		1.000	M_c,z,Rd	34.4	34.4	34.4	22.1	22.1	22.1	22.1	22.1	22.1	22.1	22.1		N_b,z,Rd	1,490	1,320	1,110	888	695	548	438	296	212	159	123	98.4	80.4	66.9	56.6	48.4	41.9
f_yW_el,y = 152		0.274	M_N,y,Rd	172	172	172	–	–	–	–	–	–	–	–	1.000	M_b,Rd	152	145	134	122	111	99.9	90.0	74.0	62.3	53.0	45.4	39.7	35.3	31.8	28.9	26.6	24.6
f_yW_el,z = 22.1			M_N,z,Rd	34.4	34.4	34.4	–	–	–	–	–	–	–	–	0.274	M_b,Rd	172	161	147	133	119	106	94.3	76.5	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	147	147	131	131	131	131	131	131	X	X	$	0.784	N_b,y,Rd	1,390	1,390	1,380	1,360	1,340	1,320	1,300	1,250	1,180	1,090	989	876	765	666	580	507	446
N_pl,Rd = 1,390		n/a	M_c,z,Rd	29.2	29.2	18.8	18.8	18.8	18.8	18.8	18.8	X	X	$		N_b,z,Rd	1,270	1,130	950	759	594	468	374	252	181	135	105	84.1	68.7	57.2	48.3	41.4	35.8
f_yW_el,y = 131		0.180	M_N,y,Rd	147	147	–	–	–	–	–	–	–	–	–	0.784	M_b,Rd	131	124	114	103	92.7	82.5	73.5	59.3	49.2	40.7	34.6	30.2	26.7	24.0	21.9	20.0	18.5
f_yW_el,z = 18.8			M_N,z,Rd	29.2	29.2	–	–	–	–	–	–	–	–	–	0.180	M_b,Rd	147	137	125	112	98.8	86.9	76.6	61.0	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	146	146	146	146	146	146	146	146	146	146	146	0	N_b,y,Rd	1,550	1,550	1,530	1,510	1,480	1,450	1,420	1,350	1,250	1,120	981	844	722	619	534	464	406
N_pl,Rd = 1,550		n/a	M_c,z,Rd	30.0	30.0	30.0	30.0	30.0	30.0	30.0	30.0	30.0	30.0	30.0		N_b,z,Rd	1,390	1,200	970	747	571	444	352	236	168	126	97.5	77.8	63.5	52.8	44.6	38.2	33.0
f_yW_el,y = 128		1.000	M_N,y,Rd	146	146	145	127	109	90.8	72.6	54.5	36.3	18.2	0	1.000	M_b,Rd	145	134	122	110	98.2	87.9	79.0	65.2	55.3	46.7	40.3	35.4	31.7	28.6	26.1	24.1	22.3
f_yW_el,z = 19.1			M_N,z,Rd	30.0	30.0	30.0	30.0	30.0	29.1	26.6	22.4	16.6	9.11	0
IPE 240			M_c,y,Rd	130	130	130	130	130	130	130	130	130	130	130	0	N_b,y,Rd	1,390	1,390	1,370	1,350	1,320	1,300	1,270	1,200	1,110	1,000	875	752	643	551	475	413	361
N_pl,Rd = 1,390		n/a	M_c,z,Rd	26.2	26.2	26.2	26.2	26.2	26.2	26.2	26.2	26.2	26.2	26.2		N_b,z,Rd	1,240	1,060	852	651	496	385	305	204	145	109	84.2	67.1	54.8	45.6	38.5	32.9	28.5
f_yW_el,y = 115		1.000	M_N,y,Rd	130	130	130	114	97.6	81.4	65.1	48.8	32.5	16.3	0	1.000	M_b,Rd	129	119	107	95.7	84.8	75.1	67.0	54.6	45.4	38.0	32.8	28.8	25.7	23.2	21.2	19.5	18.1
f_yW_el,z = 16.8			M_N,z,Rd	26.2	26.2	26.2	26.2	26.2	25.5	23.3	19.6	14.5	8.00	0
IPE A 240	∗		M_c,y,Rd	111	111	111	98.7	98.7	98.7	98.7	98.7	98.7	X	$	0.900	N_b,y,Rd	1,180	1,180	1,170	1,150	1,130	1,110	1,080	1,020	947	850	743	638	545	467	403	350	306
N_pl,Rd = 1,180		n/a	M_c,z,Rd	22.2	22.2	22.2	14.2	14.2	14.2	14.2	14.2	14.2	X	$		N_b,z,Rd	1,050	904	723	552	420	326	258	172	123	91.8	71.2	56.8	46.3	38.5	32.5	27.8	24.1
f_yW_el,y = 98.7		0.212	M_N,y,Rd	111	111	111	–	–	–	–	–	–	–	–	0.900	M_b,Rd	98.4	90.8	82.6	74.0	65.6	58.0	51.6	41.8	34.6	28.8	24.8	21.7	19.3	17.4	15.9	14.6	13.5
f_yW_el,z = 14.2			M_N,z,Rd	22.2	22.2	22.2	–	–	–	–	–	–	–	–	0.212	M_b,Rd	109	100	90.0	79.4	69.3	60.7	53.5	42.9	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	106	106	94.8	94.8	94.8	94.8	94.8	94.8	X	X	$	0.792	N_b,y,Rd	1,120	1,120	1,110	1,090	1,070	1,050	1,030	976	903	812	709	610	521	447	385	335	293
N_pl,Rd = 1,120		n/a	M_c,z,Rd	21.3	21.3	13.7	13.7	13.7	13.7	13.7	13.7	X	X	$		N_b,z,Rd	1,000	864	694	531	405	314	249	166	119	88.6	68.7	54.8	44.7	37.2	31.4	26.9	23.3
f_yW_el,y = 94.8		0.171	M_N,y,Rd	106	106	–	–	–	–	–	–	–	–	–	0.792	M_b,Rd	94.5	87.2	79.2	70.7	62.5	55.1	48.9	39.4	32.4	26.9	23.1	20.2	18.0	16.2	14.8	13.6	12.6
f_yW_el,z = 13.7			M_N,z,Rd	21.3	21.3	–	–	–	–	–	–	–	–	–	0.171	M_b,Rd	105	95.7	85.9	75.6	65.9	57.5	50.6	40.4	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	114	114	114	114	114	114	114	114	114	114	114	0	N_b,y,Rd	1,330	1,320	1,300	1,280	1,260	1,230	1,200	1,120	1,010	883	753	635	536	456	391	339	296
N_pl,Rd = 1,330		n/a	M_c,z,Rd	23.7	23.7	23.7	23.7	23.7	23.7	23.7	23.7	23.7	23.7	23.7		N_b,z,Rd	1,160	981	764	571	430	331	262	174	124	92.4	71.6	57.1	46.6	38.7	32.7	28.0	24.2
f_yW_el,y = 100		1.000	M_N,y,Rd	114	114	113	99.0	84.9	70.7	56.6	42.4	28.3	14.1	0	1.000	M_b,Rd	112	102	92.2	82.1	72.7	64.6	57.8	47.5	39.6	33.4	28.8	25.4	22.7	20.6	18.8	17.3	16.0
f_yW_el,z = 15.2			M_N,z,Rd	23.7	23.7	23.7	23.7	23.7	23.0	20.9	17.6	13.0	7.14	0
IPE 220			M_c,y,Rd	101	101	101	101	101	101	101	101	101	101	101	0	N_b,y,Rd	1,190	1,180	1,160	1,140	1,120	1,100	1,070	995	899	784	667	562	475	404	346	300	261
N_pl,Rd = 1,190		n/a	M_c,z,Rd	20.6	20.6	20.6	20.6	20.6	20.6	20.6	20.6	20.6	20.6	20.6		N_b,z,Rd	1,030	865	667	495	371	286	225	150	106	79.5	61.5	49.0	40.0	33.2	28.1	24.0	20.8
f_yW_el,y = 89.5		1.000	M_N,y,Rd	101	101	101	88.2	75.6	63.0	50.4	37.8	25.2	12.6	0	1.000	M_b,Rd	98.8	89.9	80.2	70.5	61.7	54.3	48.2	39.1	31.9	26.8	23.1	20.3	18.2	16.4	15.0	13.8	12.8
f_yW_el,z = 13.2			M_N,z,Rd	20.6	20.6	20.6	20.6	20.6	20.0	18.2	15.4	11.4	6.25	0
IPE A 220	∗		M_c,y,Rd	85.2	85.2	85.2	76.0	76.0	76.0	76.0	76.0	76.0	76.0	$	0.943	N_b,y,Rd	1,000	1,000	985	967	948	927	902	840	758	660	560	472	398	338	290	251	219
N_pl,Rd = 1,000		n/a	M_c,z,Rd	17.2	17.2	17.2	11.1	11.1	11.1	11.1	11.1	11.1	11.1	$		N_b,z,Rd	874	729	560	415	311	239	188	125	88.8	66.3	51.3	40.9	33.4	27.7	23.4	20.0	17.3
f_yW_el,y = 76.0		0.239	M_N,y,Rd	85.2	85.2	85.2	–	–	–	–	–	–	–	–	0.943	M_b,Rd	74.8	68.3	61.2	53.8	47.0	41.2	36.3	29.2	23.6	19.7	17.0	14.9	13.3	12.0	10.9	10.1	9.30
f_yW_el,z = 11.1			M_N,z,Rd	17.2	17.2	17.2	–	–	–	–	–	–	–	–	0.239	M_b,Rd	83.0	75.0	66.2	57.3	49.4	42.8	37.5	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	81.6	81.6	81.6	72.8	72.8	72.8	72.8	72.8	72.8	X	$	0.856	N_b,y,Rd	958	955	939	923	905	884	861	803	725	631	536	451	381	324	278	240	210
N_pl,Rd = 958		n/a	M_c,z,Rd	16.5	16.5	16.5	10.6	10.6	10.6	10.6	10.6	10.6	X	$		N_b,z,Rd	835	697	536	398	298	229	181	120	85.4	63.7	49.4	39.3	32.1	26.7	22.5	19.3	16.7
f_yW_el,y = 72.8		0.205	M_N,y,Rd	81.6	81.6	81.5	–	–	–	–	–	–	–	–	0.856	M_b,Rd	71.6	65.4	58.4	51.3	44.7	39.0	34.3	27.5	22.0	18.4	15.8	13.8	12.3	11.1	10.2	9.33	8.64
f_yW_el,z = 10.6			M_N,z,Rd	16.5	16.5	16.5	–	–	–	–	–	–	–	–	0.205	M_b,Rd	79.5	71.8	63.3	54.6	46.9	40.5	35.4	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	88.4	88.4	88.4	88.4	88.4	88.4	88.4	88.4	88.4	88.4	88.4	0	N_b,y,Rd	1,140	1,130	1,110	1,080	1,060	1,030	998	913	800	676	561	466	390	330	282	243	212
N_pl,Rd = 1,140		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	968	785	583	423	314	240	188	125	88.4	65.9	51.0	40.6	33.1	27.5	23.2	19.9	17.2
f_yW_el,y = 77.7		1.000	M_N,y,Rd	88.4	88.4	88.1	77.1	66.1	55.1	44.0	33.0	22.0	11.0	0	1.000	M_b,Rd	85.4	77.2	68.8	60.6	53.4	47.3	42.3	34.7	28.7	24.2	21.0	18.5	16.6	15.1	13.8	12.7	11.7
f_yW_el,z = 11.8			M_N,z,Rd	18.4	18.4	18.4	18.4	18.4	17.9	16.3	13.7	10.2	5.58	0
IPE 200			M_c,y,Rd	78.5	78.5	78.5	78.5	78.5	78.5	78.5	78.5	78.5	78.5	78.5	0	N_b,y,Rd	1,010	1,000	985	965	943	917	887	809	708	597	495	410	343	290	247	213	186
N_pl,Rd = 1,010		n/a	M_c,z,Rd	15.8	15.8	15.8	15.8	15.8	15.8	15.8	15.8	15.8	15.8	15.8		N_b,z,Rd	855	684	501	361	267	204	160	106	74.9	55.8	43.2	34.4	28.0	23.3	19.6	16.8	14.5
f_yW_el,y = 68.9		1.000	M_N,y,Rd	78.5	78.5	78.5	68.8	59.0	49.1	39.3	29.5	19.7	9.83	0	1.000	M_b,Rd	75.2	67.5	59.3	51.4	44.7	39.2	34.7	28.0	22.8	19.2	16.6	14.7	13.1	11.9	10.9	10.0	9.27
f_yW_el,z = 10.1			M_N,z,Rd	15.8	15.8	15.8	15.8	15.8	15.4	14.1	11.9	8.84	4.86	0
IPE A 200	∗		M_c,y,Rd	64.6	64.6	64.6	57.5	57.5	57.5	57.5	57.5	57.5	57.5	$	0.951	N_b,y,Rd	834	827	812	795	777	756	731	666	582	490	406	336	281	237	203	175	152
N_pl,Rd = 834		n/a	M_c,z,Rd	13.0	13.0	13.0	8.31	8.31	8.31	8.31	8.31	8.31	8.31	$		N_b,z,Rd	704	562	411	296	218	167	131	86.4	61.2	45.6	35.3	28.1	22.9	19.0	16.0	13.7	11.9
f_yW_el,y = 57.5		0.234	M_N,y,Rd	64.6	64.6	64.6	–	–	–	–	–	–	–	–	0.951	M_b,Rd	55.6	50.1	44.1	38.2	33.0	28.8	25.4	20.2	16.3	13.7	11.8	10.4	9.29	8.40	7.67	7.06	6.53
f_yW_el,z = 8.31			M_N,z,Rd	13.0	13.0	13.0	–	–	–	–	–	–	–	–	0.234	M_b,Rd	61.7	54.9	47.5	40.5	34.5	29.8	26.1	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	62.5	62.5	62.5	55.4	55.4	55.4	55.4	55.4	55.4	55.4	$	0.951	N_b,y,Rd	813	806	791	775	756	736	711	647	564	474	392	325	271	229	196	169	147
N_pl,Rd = 813		n/a	M_c,z,Rd	12.4	12.4	12.4	7.95	7.95	7.95	7.95	7.95	7.95	7.95	$		N_b,z,Rd	684	544	396	284	210	160	125	82.8	58.7	43.7	33.8	26.9	21.9	18.2	15.4	13.1	11.4
f_yW_el,y = 55.4		0.240	M_N,y,Rd	62.5	62.5	62.5	–	–	–	–	–	–	–	–	0.951	M_b,Rd	53.5	48.2	42.3	36.6	31.5	27.4	24.1	19.1	15.4	12.9	11.1	9.78	8.73	7.90	7.21	6.63	6.14
f_yW_el,z = 7.95			M_N,z,Rd	12.4	12.4	12.4	–	–	–	–	–	–	–	–	0.240	M_b,Rd	59.6	52.9	45.7	38.7	32.9	28.4	24.8	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	67.1	67.1	67.1	67.1	67.1	67.1	67.1	67.1	67.1	67.1	67.1	0	N_b,y,Rd	962	948	929	906	881	851	814	720	604	492	399	327	272	228	194	167	146
N_pl,Rd = 962		n/a	M_c,z,Rd	14.2	14.2	14.2	14.2	14.2	14.2	14.2	14.2	14.2	14.2	14.2		N_b,z,Rd	791	609	430	305	223	169	133	87.4	61.8	46.0	35.6	28.3	23.1	19.1	16.2	13.8	11.9
f_yW_el,y = 58.6		1.000	M_N,y,Rd	67.1	67.1	66.6	58.3	50.0	41.6	33.3	25.0	16.7	8.33	0	1.000	M_b,Rd	63.6	56.7	49.8	43.3	37.8	33.4	29.8	24.3	19.9	16.9	14.6	12.9	11.6	10.5	9.62	8.86	8.22
f_yW_el,z = 9.05			M_N,z,Rd	14.2	14.2	14.2	14.2	14.2	13.7	12.5	10.5	7.75	4.26	0
IPE 180			M_c,y,Rd	58.9	58.9	58.9	58.9	58.9	58.9	58.9	58.9	58.9	58.9	58.9	0	N_b,y,Rd	848	836	819	799	776	749	717	633	530	431	350	287	238	200	170	147	127
N_pl,Rd = 848		n/a	M_c,z,Rd	12.3	12.3	12.3	12.3	12.3	12.3	12.3	12.3	12.3	12.3	12.3		N_b,z,Rd	693	529	372	262	192	146	114	75.0	53.0	39.5	30.5	24.3	19.8	16.4	13.8	11.8	10.2
f_yW_el,y = 51.8		1.000	M_N,y,Rd	58.9	58.9	58.6	51.3	43.9	36.6	29.3	22.0	14.6	7.32	0	1.000	M_b,Rd	55.5	49.1	42.5	36.4	31.4	27.5	24.3	19.3	15.7	13.3	11.5	10.2	9.12	8.26	7.55	6.96	6.45
f_yW_el,z = 7.88			M_N,z,Rd	12.3	12.3	12.3	12.3	12.3	11.9	10.8	9.12	6.74	3.70	0
IPE A 180			M_c,y,Rd	47.9	47.9	47.9	42.6	42.6	42.6	42.6	42.6	42.6	42.6	42.6	1.000	N_b,y,Rd	696	686	671	655	636	613	586	516	431	350	284	232	193	162	138	119	103
N_pl,Rd = 696		1.000	M_c,z,Rd	9.94	9.94	9.94	6.39	6.39	6.39	6.39	6.39	6.39	6.39	6.39		N_b,z,Rd	569	434	305	215	157	119	93.4	61.5	43.5	32.4	25.0	19.9	16.2	13.5	11.4	9.71	8.39
f_yW_el,y = 42.6		0.267	M_N,y,Rd	47.9	47.9	47.8	–	–	–	–	–	–	–	–	1.000	M_b,Rd	40.5	36.0	31.1	26.5	22.6	19.6	17.2	13.4	10.9	9.14	7.90	6.96	6.22	5.63	5.14	4.73	4.39
f_yW_el,z = 6.39			M_N,z,Rd	9.94	9.94	9.94	–	–	–	–	–	–	–	–	0.267	M_b,Rd	44.9	39.3	33.3	27.9	23.5	20.2	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	46.5	46.5	46.5	41.2	41.2	41.2	41.2	41.2	41.2	41.2	41.2	1.000	N_b,y,Rd	674	664	650	634	616	594	567	498	415	336	272	222	184	155	132	114	98.7
N_pl,Rd = 674		1.000	M_c,z,Rd	9.48	9.48	9.48	6.11	6.11	6.11	6.11	6.11	6.11	6.11	6.11		N_b,z,Rd	549	417	291	205	150	114	88.9	58.6	41.4	30.8	23.8	18.9	15.4	12.8	10.8	9.23	7.98
f_yW_el,y = 41.2		0.276	M_N,y,Rd	46.5	46.5	46.5	–	–	–	–	–	–	–	–	1.000	M_b,Rd	39.1	34.6	29.8	25.2	21.5	18.5	16.3	12.5	10.1	8.53	7.37	6.49	5.80	5.25	4.79	4.41	4.09
f_yW_el,z = 6.11			M_N,z,Rd	9.48	9.48	9.48	–	–	–	–	–	–	–	–	0.276	M_b,Rd	43.5	37.9	31.9	26.5	22.3	19.1	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	44.0	44.0	44.0	44.0	44.0	44.0	44.0	44.0	44.0	44.0	44.0	0	N_b,y,Rd	714	698	680	660	636	606	570	478	381	301	240	195	161	135	114	98.2	85.2
N_pl,Rd = 714		n/a	M_c,z,Rd	9.27	9.27	9.27	9.27	9.27	9.27	9.27	9.27	9.27	9.27	9.27		N_b,z,Rd	555	396	266	184	133	100	78.3	51.4	36.3	26.9	20.8	16.5	13.5	11.2	9.42	8.05	6.96
f_yW_el,y = 38.7		1.000	M_N,y,Rd	44.0	44.0	43.9	38.4	32.9	27.4	22.0	16.5	11.0	5.49	0	1.000	M_b,Rd	40.5	35.2	30.1	25.6	22.0	19.3	17.1	13.4	11.0	9.35	8.13	7.19	6.45	5.85	5.35	4.94	4.58
f_yW_el,z = 5.93			M_N,z,Rd	9.27	9.27	9.27	9.27	9.27	8.99	8.21	6.92	5.12	2.81	0
IPE A 160			M_c,y,Rd	35.2	35.2	35.2	31.2	31.2	31.2	31.2	31.2	31.2	31.2	31.2	1.000	N_b,y,Rd	575	562	548	531	512	487	457	382	304	239	191	155	128	107	90.8	78.0	67.7
N_pl,Rd = 575		1.000	M_c,z,Rd	7.35	7.35	7.35	4.72	4.72	4.72	4.72	4.72	4.72	4.72	4.72		N_b,z,Rd	446	317	212	147	106	80.1	62.5	41.0	28.9	21.5	16.6	13.2	10.7	8.91	7.51	6.42	5.55
f_yW_el,y = 31.2		0.298	M_N,y,Rd	35.2	35.2	35.2	–	–	–	–	–	–	–	–	1.000	M_b,Rd	29.0	25.2	21.4	18.0	15.4	13.3	11.7	9.06	7.38	6.24	5.41	4.78	4.28	3.88	3.55	3.27	3.03
f_yW_el,z = 4.72			M_N,z,Rd	7.35	7.35	7.35	–	–	–	–	–	–	–	–	0.298	M_b,Rd	32.1	27.5	22.8	18.9	15.9	13.7	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	33.8	33.8	33.8	29.9	29.9	29.9	29.9	29.9	29.9	29.9	29.9	1.000	N_b,y,Rd	557	544	530	514	495	471	441	367	291	229	183	148	122	102	86.7	74.5	64.6
N_pl,Rd = 557		1.000	M_c,z,Rd	6.99	6.99	6.99	4.47	4.47	4.47	4.47	4.47	4.47	4.47	4.47		N_b,z,Rd	429	303	202	139	101	76.1	59.3	38.9	27.4	20.4	15.7	12.5	10.2	8.45	7.12	6.09	5.26
f_yW_el,y = 29.9		0.299	M_N,y,Rd	33.8	33.8	33.8	–	–	–	–	–	–	–	–	1.000	M_b,Rd	27.7	24.1	20.3	17.1	14.5	12.5	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 = 4.47			M_N,z,Rd	6.99	6.99	6.99	–	–	–	–	–	–	–	–	0.299	M_b,Rd	30.8	26.2	21.6	17.8	15.0	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	31.3	31.3	31.3	31.3	31.3	31.3	31.3	31.3	31.3	31.3	31.3	0	N_b,y,Rd	579	563	546	525	498	464	423	331	253	195	154	124	102	84.9	71.9	61.7	53.5
N_pl,Rd = 582		n/a	M_c,z,Rd	6.85	6.85	6.85	6.85	6.85	6.85	6.85	6.85	6.85	6.85	6.85		N_b,z,Rd	424	282	182	124	89.0	66.9	52.1	34.1	24.0	17.8	13.7	10.9	8.87	7.36	6.21	5.30	4.58
f_yW_el,y = 27.4		1.000	M_N,y,Rd	31.3	31.3	31.1	27.2	23.3	19.4	15.5	11.7	7.77	3.88	0	1.000	M_b,Rd	28.1	24.0	20.2	17.0	14.6	12.8	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 = 4.37			M_N,z,Rd	6.85	6.85	6.85	6.85	6.85	6.61	6.02	5.06	3.74	2.05	0
IPE A 140			M_c,y,Rd	25.4	25.4	25.4	25.4	25.4	25.4	25.4	25.4	25.4	25.4	25.4	0	N_b,y,Rd	473	460	445	428	406	377	343	268	204	157	124	99.8	81.9	68.4	58.0	49.7	43.1
N_pl,Rd = 476		n/a	M_c,z,Rd	5.50	5.50	5.50	5.50	5.50	5.50	5.50	5.50	5.50	5.50	5.50		N_b,z,Rd	347	230	149	101	72.8	54.7	42.6	27.8	19.6	14.5	11.2	8.91	7.25	6.02	5.07	4.33	3.74
f_yW_el,y = 22.5		1.000	M_N,y,Rd	25.4	25.4	25.3	22.1	18.9	15.8	12.6	9.47	6.31	3.16	0	1.000	M_b,Rd	22.5	18.8	15.3	12.6	10.6	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 = 3.55			M_N,z,Rd	5.50	5.50	5.50	5.50	5.50	5.32	4.85	4.08	3.02	1.66	0
IPE AA 140			M_c,y,Rd	24.0	24.0	24.0	24.0	24.0	24.0	24.0	24.0	24.0	24.0	24.0	0	N_b,y,Rd	451	439	425	408	386	358	325	252	192	147	116	93.5	76.7	64.1	54.3	46.6	40.4
N_pl,Rd = 454		n/a	M_c,z,Rd	5.15	5.15	5.15	5.15	5.15	5.15	5.15	5.15	5.15	5.15	5.15		N_b,z,Rd	328	216	139	94.5	68.0	51.1	39.7	26.0	18.3	13.6	10.5	8.31	6.76	5.61	4.73	4.04	3.49
f_yW_el,y = 21.2		1.000	M_N,y,Rd	24.0	24.0	24.0	21.1	18.1	15.1	12.1	9.04	6.03	3.01	0	1.000	M_b,Rd	21.2	17.5	14.2	11.6	9.71	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 = 3.29			M_N,z,Rd	5.15	5.15	5.15	5.15	5.15	5.02	4.60	3.89	2.89	1.59	0
IPE 120			M_c,y,Rd	21.5	21.5	21.5	21.5	21.5	21.5	21.5	21.5	21.5	21.5	21.5	0	N_b,y,Rd	462	446	428	404	372	333	289	211	156	118	92.4	74.0	60.6	50.5	42.7	36.6	31.7
N_pl,Rd = 469		n/a	M_c,z,Rd	4.83	4.83	4.83	4.83	4.83	4.83	4.83	4.83	4.83	4.83	4.83		N_b,z,Rd	309	188	118	79.0	56.4	42.3	32.8	21.4	15.0	11.1	8.58	6.82	5.54	4.60	3.87	3.31	2.86
f_yW_el,y = 18.8		1.000	M_N,y,Rd	21.5	21.5	21.4	18.7	16.1	13.4	10.7	8.03	5.35	2.68	0	1.000	M_b,Rd	18.6	15.7	13.1	11.0	9.51	8.34	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 = 3.07			M_N,z,Rd	4.83	4.83	4.83	4.83	4.83	4.67	4.25	3.58	2.64	1.45	0
IPE A 120			M_c,y,Rd	17.7	17.7	17.7	17.7	17.7	17.7	17.7	17.7	17.7	17.7	17.7	0	N_b,y,Rd	384	371	356	335	308	274	237	172	127	95.9	74.9	60.0	49.1	40.9	34.6	29.7	25.7
N_pl,Rd = 390		n/a	M_c,z,Rd	3.91	3.91	3.91	3.91	3.91	3.91	3.91	3.91	3.91	3.91	3.91		N_b,z,Rd	253	152	94.4	63.3	45.2	33.9	26.3	17.1	12.0	8.91	6.87	5.45	4.43	3.68	3.10	2.65	2.29
f_yW_el,y = 15.5		1.000	M_N,y,Rd	17.7	17.7	17.7	15.6	13.3	11.1	8.89	6.67	4.45	2.22	0	1.000	M_b,Rd	15.1	12.3	9.93	8.21	6.97	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 = 2.49			M_N,z,Rd	3.91	3.91	3.91	3.91	3.91	3.81	3.49	2.95	2.19	1.21	0
IPE AA 120			M_c,y,Rd	16.9	16.9	16.9	16.9	16.9	16.9	16.9	16.9	16.9	16.9	16.9	0	N_b,y,Rd	374	361	345	325	298	264	228	165	121	91.9	71.8	57.5	47.0	39.2	33.1	28.4	24.6
N_pl,Rd = 380		n/a	M_c,z,Rd	3.69	3.69	3.69	3.69	3.69	3.69	3.69	3.69	3.69	3.69	3.69		N_b,z,Rd	244	146	90.7	60.8	43.4	32.5	25.2	16.4	11.5	8.55	6.59	5.23	4.25	3.53	2.97	2.54	2.19
f_yW_el,y = 14.8		1.000	M_N,y,Rd	16.9	16.9	16.9	15.0	12.9	10.7	8.59	6.44	4.29	2.15	0	1.000	M_b,Rd	14.3	11.6	9.28	7.64	6.46	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 = 2.34			M_N,z,Rd	3.69	3.69	3.69	3.69	3.69	3.63	3.35	2.85	2.12	1.17	0
IPE 100			M_c,y,Rd	14.0	14.0	14.0	14.0	14.0	14.0	14.0	14.0	14.0	14.0	14.0	0	N_b,y,Rd	356	340	319	290	252	212	175	121	87.1	65.4	50.8	40.6	33.1	27.5	23.3	19.9	17.2
N_pl,Rd = 366		n/a	M_c,z,Rd	3.27	3.27	3.27	3.27	3.27	3.27	3.27	3.27	3.27	3.27	3.27		N_b,z,Rd	206	115	69.5	46.2	32.8	24.5	19.0	12.3	8.65	6.41	4.93	3.91	3.18	2.64	2.22	1.90	1.64
f_yW_el,y = 12.1		1.000	M_N,y,Rd	14.0	14.0	13.9	12.2	10.4	8.69	6.96	5.22	3.48	1.74	0	1.000	M_b,Rd	11.6	9.66	8.04	6.81	5.89	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 = 2.06			M_N,z,Rd	3.27	3.27	3.27	3.27	3.27	3.16	2.88	2.43	1.79	0.985	0
IPE A 100			M_c,y,Rd	11.7	11.7	11.7	11.7	11.7	11.7	11.7	11.7	11.7	11.7	11.7	0	N_b,y,Rd	303	290	271	246	212	177	146	101	72.4	54.3	42.2	33.7	27.5	22.9	19.3	16.5	14.3
N_pl,Rd = 312		n/a	M_c,z,Rd	2.66	2.66	2.66	2.66	2.66	2.66	2.66	2.66	2.66	2.66	2.66		N_b,z,Rd	172	95.3	57.7	38.3	27.2	20.3	15.7	10.2	7.16	5.30	4.08	3.24	2.63	2.18	1.84	1.57	1.35
f_yW_el,y = 10.2		1.000	M_N,y,Rd	11.7	11.7	11.7	10.3	8.86	7.38	5.90	4.43	2.95	1.48	0	1.000	M_b,Rd	9.50	7.64	6.20	5.17	4.42	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 = 1.69			M_N,z,Rd	2.66	2.66	2.66	2.66	2.66	2.60	2.39	2.02	1.50	0.829	0
IPE AA 100			M_c,y,Rd	11.3	11.3	11.3	11.3	11.3	11.3	11.3	11.3	11.3	11.3	11.3	0	N_b,y,Rd	296	283	265	239	206	171	141	97.0	69.8	52.3	40.6	32.4	26.5	22.0	18.6	15.9	13.8
N_pl,Rd = 305		n/a	M_c,z,Rd	2.56	2.56	2.56	2.56	2.56	2.56	2.56	2.56	2.56	2.56	2.56		N_b,z,Rd	167	91.8	55.5	36.9	26.2	19.5	15.1	9.82	6.89	5.10	3.92	3.11	2.53	2.10	1.77	1.51	1.30
f_yW_el,y = 9.90		1.000	M_N,y,Rd	11.3	11.3	11.3	10.1	8.63	7.19	5.75	4.31	2.88	1.44	0	1.000	M_b,Rd	9.15	7.32	5.92	4.92	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 = 1.62			M_N,z,Rd	2.56	2.56	2.56	2.56	2.56	2.51	2.32	1.97	1.47	0.811	0
IPE 80			M_c,y,Rd	8.24	8.24	8.24	8.24	8.24	8.24	8.24	8.24	8.24	8.24	8.24	0	N_b,y,Rd	257	240	213	178	141	111	88.4	59.0	42.0	31.3	24.2	19.3	15.7	13.0	11.0	9.41	8.13
N_pl,Rd = 270		n/a	M_c,z,Rd	2.06	2.06	2.06	2.06	2.06	2.06	2.06	2.06	2.06	2.06	2.06		N_b,z,Rd	122	63.6	37.9	25.0	17.7	13.1	10.2	6.59	4.61	3.41	2.62	2.08	1.69	1.40	1.18	1.01	0.869
f_yW_el,y = 7.10		1.000	M_N,y,Rd	8.24	8.24	8.09	7.08	6.07	5.05	4.04	3.03	2.02	1.01	0	1.000	M_b,Rd	6.57	5.39	4.48	3.79	3.28	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 = 1.31			M_N,z,Rd	2.06	2.06	2.06	2.06	2.05	1.97	1.79	1.49	1.10	0.602	0
IPE A 80			M_c,y,Rd	6.75	6.75	6.75	6.75	6.75	6.75	6.75	6.75	6.75	6.75	6.75	0	N_b,y,Rd	216	201	178	147	116	90.6	72.0	48.0	34.1	25.4	19.7	15.7	12.8	10.6	8.93	7.64	6.60
N_pl,Rd = 227		n/a	M_c,z,Rd	1.67	1.67	1.67	1.67	1.67	1.67	1.67	1.67	1.67	1.67	1.67		N_b,z,Rd	102	52.7	31.3	20.7	14.6	10.9	8.40	5.45	3.81	2.82	2.17	1.72	1.40	1.16	0.974	0.832	0.718
f_yW_el,y = 5.86		1.000	M_N,y,Rd	6.75	6.75	6.73	5.89	5.05	4.21	3.36	2.52	1.68	0.841	0	1.000	M_b,Rd	5.15	4.07	3.29	2.74	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 = 1.06			M_N,z,Rd	1.67	1.67	1.67	1.67	1.67	1.62	1.48	1.25	0.922	0.507	0
IPE AA 80			M_c,y,Rd	6.71	6.71	6.71	6.71	6.71	6.71	6.71	6.71	6.71	6.71	6.71	0	N_b,y,Rd	212	198	175	145	114	89.6	71.3	47.6	33.8	25.2	19.5	15.5	12.6	10.5	8.85	7.56	6.54
N_pl,Rd = 224		n/a	M_c,z,Rd	1.67	1.67	1.67	1.67	1.67	1.67	1.67	1.67	1.67	1.67	1.67		N_b,z,Rd	100	51.9	30.8	20.3	14.4	10.7	8.27	5.36	3.75	2.78	2.13	1.69	1.38	1.14	0.959	0.819	0.707
f_yW_el,y = 5.82		1.000	M_N,y,Rd	6.71	6.71	6.65	5.82	4.99	4.16	3.33	2.50	1.66	0.832	0	1.000	M_b,Rd	5.12	4.04	3.26	2.71	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 = 1.06			M_N,z,Rd	1.67	1.67	1.67	1.67	1.67	1.61	1.47	1.23	0.911	0.500	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 - S355 - 6. Axial force & bending