1. SAW(H) SHELL PLATE / ¼öÆò ÀÚµ¿¿ëÁ¢ 2G
No.	t mm	A mm2	0.ouDeg	1.obDeg	2.iuDeg	3.ibDeg	4.G	5.RActual	6.ouDeg	7. x1 (mm)	8. x2 (mm)	A.¿ëÀԺθéÀû 10.Ao+11.Ai mm2	10.ÇÒÁõÀü Ao mm2	11.ÇÒÁõÀü Ai mm2	12.ÇÒÁõÈÄ Ao mm2	13.ÇÒÁõÈÄ Ai mm2	14.add WeldDepth (mm)	15.WBHT (mm)	16.BHo (mm)	17.BHi (mm)	18.AWeldAdd (mm2)	19.BWeldAdd (mm2)	B.¿ëÀԺθéÀû ħÅõ1.2¹è 12.Ao+13.Ai mm2
1	5	46.55	10	10	10	10	4	0	10	2	3	38.79	16.76	22.03	20.112	26.436	0	2	4.5	4.9	7.63	8.32	46.548
2	6	52.87	10	10	10	10	4	0	10	3	3	44.06	22.03	22.03	26.436	26.436	0	2	4.9	4.9	8.32	8.32	52.872
3	7	68.76	45	15	0	0	4	0	45	4	3	57.3	37.65	19.65	45.18	23.58	0	2	8.4	4	14.26	6.78	68.76
4	8	81.84	45	15	0	0	4	0	45	5	3	68.2	48.55	19.65	58.26	23.58	0	2	9.7	4	16.45	6.78	81.84
5	9	96.46	45	15	0	0	4	0	45	6	3	80.38	60.73	19.65	72.876	23.58	0	2	11	4	18.66	6.78	96.456
6	10	112.43	45	15	0	0	4	0	45	7	3	93.69	74.04	19.65	88.848	23.58	0	2	12.2	4	20.7	6.78	112.428
7	11	144.92	45	15	0	0	4	0	45	8	3	120.77	98.29	22.48	117.948	26.976	0	3	13.5	4	34.36	10.18	144.924
8	12	117.37	45	15	45	15	2.4	3.2	45	7.5	4.5	97.81	64.9	32.91	77.88	39.492	0	3	9.9	6.1	25.19	15.53	117.372
9	13	133.04	45	15	45	15	2.4	3.2	45	8.5	4.5	110.87	77.96	32.91	93.552	39.492	0	3	11.1	6.1	28.25	15.53	133.044
10	14	150.5	45	15	45	15	2.4	3.2	45	9.5	4.5	125.42	92.51	32.91	111.012	39.492	0	3	12.4	6.1	31.56	15.53	150.504
11	15	169.46	45	15	45	15	2.4	3.2	45	10.5	4.5	141.22	108.31	32.91	129.972	39.492	0	3	13.7	6.1	34.86	15.53	169.464
12	16	189.96	45	15	45	15	2.4	3.2	45	11.5	4.5	158.3	125.39	32.91	150.468	39.492	0	3	15	6.1	38.17	15.53	189.96
13	17	211.7	45	15	45	15	2.4	3.2	45	12.5	4.5	176.42	143.51	32.91	172.212	39.492	0	3	16.2	6.1	41.22	15.53	211.704
14	18	235.25	45	15	45	15	2.4	3.2	45	13.5	4.5	196.04	163.13	32.91	195.756	39.492	0	3	17.5	6.1	44.53	15.53	235.248
15	19	260.3	45	15	45	15	2.4	3.2	45	14.5	4.5	216.92	184.01	32.91	220.812	39.492	0	3	18.8	6.1	47.84	15.53	260.304
16	20	286.62	45	15	45	15	2.4	3.2	45	15.5	4.5	238.85	205.94	32.91	247.128	39.492	0	3	20	6.1	50.89	15.53	286.62
17	21	314.72	45	15	45	15	2.4	3.2	45	16.5	4.5	262.27	229.36	32.91	275.232	39.492	0	3	21.3	6.1	54.2	15.53	314.724
18	22	344.34	45	15	45	15	2.4	3.2	45	17.5	4.5	286.95	254.04	32.91	304.848	39.492	0	3	22.6	6.1	57.5	15.53	344.34
19	23	375.23	45	15	45	15	2.4	3.2	45	18.5	4.5	312.69	279.78	32.91	335.736	39.492	0	3	23.8	6.1	60.56	15.53	375.228
20	24	407.89	45	15	45	15	2.4	3.2	45	19.5	4.5	339.91	307	32.91	368.4	39.492	0	3	25.1	6.1	63.88	15.53	407.892
21	25	442.07	45	15	45	15	2.4	3.2	45	20.5	4.5	368.39	335.48	32.91	402.576	39.492	0	3	26.4	6.1	67.18	15.53	442.068
22	26	477.53	45	15	45	15	2.4	3.2	45	21.5	4.5	397.94	365.03	32.91	438.036	39.492	0	3	27.6	6.1	70.24	15.53	477.528
23	27	514.75	45	15	45	15	2.4	3.2	45	22.5	4.5	428.96	396.05	32.91	475.26	39.492	0	3	28.9	6.1	73.54	15.53	514.752
24	28	553.5	45	15	45	15	2.4	3.2	45	23.5	4.5	461.25	428.34	32.91	514.008	39.492	0	3	30.2	6.1	76.85	15.53	553.5
25	29	593.52	45	15	45	15	2.4	3.2	45	24.5	4.5	494.6	461.69	32.91	554.028	39.492	0	3	31.4	6.1	79.91	15.53	593.52
26	30	635.3	45	15	45	15	2.4	3.2	45	25.5	4.5	529.42	496.51	32.91	595.812	39.492	0	3	32.7	6.1	83.21	15.53	635.304
27	31	678.62	45	15	45	15	2.4	3.2	45	26.5	4.5	565.52	532.61	32.91	639.132	39.492	0	3	34	6.1	86.52	15.53	678.624
28	32	723.2	45	15	45	15	2.4	3.2	45	27.5	4.5	602.67	569.76	32.91	683.712	39.492	0	3	35.2	6.1	89.57	15.53	723.204
29	33	769.56	45	15	45	15	2.4	3.2	45	28.5	4.5	641.3	608.39	32.91	730.068	39.492	0	3	36.5	6.1	92.88	15.53	769.56
30	34	817.44	45	15	45	15	2.4	3.2	45	29.5	4.5	681.2	648.29	32.91	777.948	39.492	0	3	37.8	6.1	96.19	15.53	817.44
31	35	866.58	45	15	45	15	2.4	3.2	45	30.5	4.5	722.15	689.24	32.91	827.088	39.492	0	3	39	6.1	99.24	15.53	866.58
32	36	917.51	45	15	45	15	2.4	3.2	45	31.5	4.5	764.59	731.68	32.91	878.016	39.492	0	3	40.3	6.1	102.55	15.53	917.508
33	37	969.96	45	15	45	15	2.4	3.2	45	32.5	4.5	808.3	775.39	32.91	930.468	39.492	0	3	41.6	6.1	105.86	15.53	969.96
34	38	1023.66	45	15	45	15	2.4	3.2	45	33.5	4.5	853.05	820.14	32.91	984.168	39.492	0	3	42.8	6.1	108.91	15.53	1023.66
35	39	1079.15	45	15	45	15	2.4	3.2	45	34.5	4.5	899.29	866.38	32.91	1039.656	39.492	0	3	44.1	6.1	112.22	15.53	1079.148
36	40	1136.15	45	15	45	15	2.4	3.2	45	35.5	4.5	946.79	913.88	32.91	1096.656	39.492	0	3	45.4	6.1	115.52	15.53	1136.148
37	41	1194.68	45	15	45	15	2.4	3.2	45	36.5	4.5	995.57	962.66	32.91	1155.192	39.492	0	3	46.7	6.1	118.84	15.53	1194.684
38	42	1254.48	45	15	45	15	2.4	3.2	45	37.5	4.5	1045.4	1012.49	32.91	1214.988	39.492	0	3	47.9	6.1	121.9	15.53	1254.48
39	43	1316.05	45	15	45	15	2.4	3.2	45	38.5	4.5	1096.71	1063.8	32.91	1276.56	39.492	0	3	49.2	6.1	125.2	15.53	1316.052
40	44	1379.15	45	15	45	15	2.4	3.2	45	39.5	4.5	1149.29	1116.38	32.91	1339.656	39.492	0	3	50.5	6.1	128.51	15.53	1379.148
41	45	1443.5	45	15	45	15	2.4	3.2	45	40.5	4.5	1202.92	1170.01	32.91	1404.012	39.492	0	3	51.7	6.1	131.56	15.53	1443.504
2. SMAW(V) SHELL PLATE / ¼öÁ÷ ¼öµ¿¿ëÁ¢ 3G
No.	t mm	A mm2	0.ouDeg	1.obDeg	2.iuDeg	3.ibDeg	4.G	5.RActual	6.ouDeg	7. x1 (mm)	8. x2 (mm)	A.¿ëÀԺθéÀû 10.Ao+11.Ai mm2	10.ÇÒÁõÀü Ao mm2	11.ÇÒÁõÀü Ai mm2	12.ÇÒÁõÈÄ Ao mm2	13.ÇÒÁõÈÄ Ai mm2	14.add WeldDepth (mm)	15.WBHT (mm)	16.BHo (mm)	17.BHi (mm)	18.AWeldAdd (mm2)	19.BWeldAdd (mm2)	B.¿ëÀԺθéÀû ħÅõ1.2¹è 12.Ao+13.Ai mm2
1	5	45.28	25	25	24	24	3.2	0	25	3	2	37.73	21.88	15.85	26.256	19.02	0	2	5.1	4.1	8.65	6.96	45.276
2	6	53.44	25	25	24	24	3.2	0	25	4	2	44.53	28.68	15.85	34.416	19.02	0	2	6	4.1	10.18	6.96	53.436
3	7	62.71	25	25	24	24	3.2	0	25	5	2	52.26	36.41	15.85	43.692	19.02	0	2	6.9	4.1	11.7	6.96	62.712
4	8	73.3	25	25	24	24	3.2	0	25	6	2	61.08	45.23	15.85	54.276	19.02	0	2	7.9	4.1	13.4	6.96	73.296
5	9	90.58	22.5	22.5	24	24	4	0	22.5	5.8	3.2	75.48	48.05	27.43	57.66	32.916	0	2	8	6	13.57	10.18	90.576
6	10	102	22.5	22.5	24	24	4	0	22.5	6.8	3.2	85	57.57	27.43	69.084	32.916	0	2	8.8	6	14.93	10.18	102
7	11	127.66	22.5	22.5	24	24	4	0	22.5	7.8	3.2	106.38	74.71	31.67	89.652	38.004	0	3	9.6	6	24.43	15.26	127.656
8	12	142.01	22.5	22.5	24	24	4	0	22.5	8.8	3.2	118.34	86.67	31.67	104.004	38.004	0	3	10.5	6	26.72	15.26	142.008
9	13	157.09	22.5	22.5	24	24	4	0	22.5	9.8	3.2	130.91	99.24	31.67	119.088	38.004	0	3	11.3	6	28.75	15.26	157.092
10	14	173.17	22.5	22.5	24	24	4	0	22.5	10.8	3.2	144.31	112.64	31.67	135.168	38.004	0	3	12.1	6	30.79	15.26	173.172
11	15	190.25	22.5	22.5	24	24	4	0	22.5	11.8	3.2	158.54	126.87	31.67	152.244	38.004	0	3	12.9	6	32.83	15.26	190.248
12	16	208.57	22.5	22.5	24	24	4	0	22.5	12.8	3.2	173.81	142.14	31.67	170.568	38.004	0	3	13.8	6	35.11	15.26	208.572
13	17	227.63	22.5	22.5	24	24	4	0	22.5	13.8	3.2	189.69	158.02	31.67	189.624	38.004	0	3	14.6	6	37.15	15.26	227.628
14	18	247.69	22.5	22.5	24	24	4	0	22.5	14.8	3.2	206.41	174.74	31.67	209.688	38.004	0	3	15.4	6	39.19	15.26	247.692
15	19	269	22.5	22.5	24	24	4	0	22.5	15.8	3.2	224.17	192.5	31.67	231	38.004	0	3	16.3	6	41.48	15.26	269.004
16	20	249.24	25	25	30	30	3.2	2	25	12	8	207.7	126.65	81.05	151.98	97.26	0	3	13.5	11.3	34.36	28.75	249.24
17	21	266.96	25	25	30	30	3.2	2	25	12.6	8.4	222.47	135.96	86.51	163.152	103.812	0	3	14	11.7	35.63	29.77	266.964
18	22	285.8	25	25	30	30	3.2	2	25	13.2	8.8	238.17	145.81	92.36	174.972	110.832	0	3	14.6	12.2	37.15	31.04	285.804
19	23	305	25	25	30	30	3.2	2	25	13.8	9.2	254.17	155.78	98.39	186.936	118.068	0	3	15.1	12.7	38.42	32.32	305.004
20	24	324.84	25	25	30	30	3.2	2	25	14.4	9.6	270.7	166.3	104.4	199.56	125.28	0	3	15.7	13.1	39.95	33.34	324.84
21	25	345.58	25	25	30	30	3.2	2	25	15	10	287.98	177.17	110.81	212.604	132.972	0	3	16.3	13.6	41.48	34.61	345.576
22	26	366.65	25	25	30	30	3.2	2	25	15.6	10.4	305.54	188.15	117.39	225.78	140.868	0	3	16.8	14.1	42.76	35.88	366.648
23	27	388.37	25	25	30	30	3.2	2	25	16.2	10.8	323.64	199.68	123.96	239.616	148.752	0	3	17.4	14.5	44.28	36.9	388.368
24	28	410.7	25	25	30	30	3.2	2	25	16.8	11.2	342.25	211.33	130.92	253.596	157.104	0	3	17.9	15	45.55	38.17	410.7
25	29	433.66	25	25	30	30	3.2	2	25	17.4	11.6	361.38	223.53	137.85	268.236	165.42	0	3	18.5	15.4	47.08	39.19	433.656
26	30	457.49	25	25	30	30	3.2	2	25	18	12	381.24	236.06	145.18	283.272	174.216	0	3	19.1	15.9	48.6	40.46	457.488
27	31	481.69	25	25	30	30	3.2	2	25	18.6	12.4	401.41	248.72	152.69	298.464	183.228	0	3	19.6	16.4	49.87	41.74	481.692
28	32	506.54	25	25	30	30	3.2	2	25	19.2	12.8	422.12	261.94	160.18	314.328	192.216	0	3	20.2	16.8	51.41	42.76	506.544
29	33	532	25	25	30	30	3.2	2	25	19.8	13.2	443.33	275.27	168.06	330.324	201.672	0	3	20.7	17.3	52.68	44.03	531.996
30	34	558.07	25	25	30	30	3.2	2	25	20.4	13.6	465.06	289.15	175.91	346.98	211.092	0	3	21.3	17.7	54.2	45.04	558.072
31	35	585.02	25	25	30	30	3.2	2	25	21	14	487.52	303.36	184.16	364.032	220.992	0	3	21.9	18.2	55.73	46.31	585.024
32	36	612.36	25	25	30	30	3.2	2	25	21.6	14.4	510.3	317.7	192.6	381.24	231.12	0	3	22.4	18.7	57	47.58	612.36
33	37	640.32	25	25	30	30	3.2	2	25	22.2	14.8	533.6	332.59	201.01	399.108	241.212	0	3	23	19.1	58.52	48.6	640.32
34	38	668.9	25	25	30	30	3.2	2	25	22.8	15.2	557.42	347.6	209.82	417.12	251.784	0	3	23.5	19.6	59.8	49.87	668.904
35	39	698.36	25	25	30	30	3.2	2	25	23.4	15.6	581.97	363.16	218.81	435.792	262.572	0	3	24.1	20.1	61.33	51.14	698.364
36	40	728.2	25	25	30	30	3.2	2	25	24	16	606.83	379.06	227.77	454.872	273.324	0	3	24.7	20.5	62.86	52.16	728.196
37	41	758.64	25	25	30	30	3.2	2	25	24.6	16.4	632.2	395.07	237.13	474.084	284.556	0	3	25.2	21	64.13	53.44	758.64
38	42	789.73	25	25	30	30	3.2	2	25	25.2	16.8	658.11	411.64	246.47	493.968	295.764	0	3	25.8	21.4	65.65	54.46	789.732
39	43	821.44	25	25	30	30	3.2	2	25	25.8	17.2	684.53	428.33	256.2	513.996	307.44	0	3	26.3	21.9	66.92	55.73	821.436
40	44	854	25	25	30	30	3.2	2	25	26.4	17.6	711.67	445.56	266.11	534.672	319.332	0	3	26.9	22.4	68.45	57	854.004
41	45	886.7	25	25	30	30	3.2	2	25	27	18	738.92	462.92	276	555.504	331.2	0	3	27.4	22.8	69.72	58.02	886.704
3. FACW, EGW(V) SHELL PLATE / ¼öÁ÷ ÀÚµ¿¿ëÁ¢ 3G
No.	t mm	A mm2	0.ouDeg	1.obDeg	2.iuDeg	3.ibDeg	4.G	5.RActual	6.ouDeg	7. x1 (mm)	8. x2 (mm)	A.¿ëÀԺθéÀû 10.Ao+11.Ai mm2	10.ÇÒÁõÀü Ao mm2	11.ÇÒÁõÀü Ai mm2	12.ÇÒÁõÈÄ Ao mm2	13.ÇÒÁõÈÄ Ai mm2	14.add WeldDepth (mm)	15.WBHT (mm)	16.BHo (mm)	17.BHi (mm)	18.AWeldAdd (mm2)	19.BWeldAdd (mm2)	B.¿ëÀԺθéÀû ħÅõ1.2¹è 12.Ao+13.Ai mm2
1	5	102.29	30	30	24	24	8	0	30	1.8	3.2	85.24	35.35	49.89	42.42	59.868	0	2	8.9	10	15.1	16.97	102.288
2	6	115.73	30	30	24	24	8	0	30	2.8	3.2	96.44	46.55	49.89	55.86	59.868	0	2	10.1	10	17.14	16.97	115.728
3	7	130.38	30	30	24	24	8	0	30	3.8	3.2	108.65	58.76	49.89	70.512	59.868	0	2	11.2	10	19	16.97	130.38
4	8	146.59	30	30	24	24	8	0	30	4.8	3.2	122.16	72.27	49.89	86.724	59.868	0	2	12.4	10	21.04	16.97	146.592
5	9	164.02	30	30	24	24	8	0	30	5.8	3.2	136.68	86.79	49.89	104.148	59.868	0	2	13.5	10	22.91	16.97	164.016
6	10	182.99	30	30	24	24	8	0	30	6.8	3.2	152.49	102.6	49.89	123.12	59.868	0	2	14.7	10	24.94	16.97	182.988
7	11	225.34	30	30	24	24	8	0	30	7.8	3.2	187.78	130.82	56.96	156.984	68.352	0	3	15.9	10	40.46	25.45	225.336
8	12	247.85	30	30	24	24	8	0	30	8.8	3.2	206.54	149.58	56.96	179.496	68.352	0	3	17	10	43.26	25.45	247.848
9	13	202.72	30	30	24	24	5	0	30	9.8	3.2	168.93	130.94	37.99	157.128	45.588	0	3	15.2	7	38.68	17.81	202.716
10	14	224.41	30	30	24	24	5	0	30	10.8	3.2	187.01	149.02	37.99	178.824	45.588	0	3	16.3	7	41.48	17.81	224.412
11	15	247.73	30	30	24	24	5	0	30	11.8	3.2	206.44	168.45	37.99	202.14	45.588	0	3	17.5	7	44.53	17.81	247.728
12	16	272.18	30	30	24	24	5	0	30	12.8	3.2	226.82	188.83	37.99	226.596	45.588	0	3	18.6	7	47.33	17.81	272.184
13	17	298.28	30	30	24	24	5	0	30	13.8	3.2	248.57	210.58	37.99	252.696	45.588	0	3	19.8	7	50.39	17.81	298.284
14	18	325.51	30	30	24	24	5	0	30	14.8	3.2	271.26	233.27	37.99	279.924	45.588	0	3	20.9	7	53.18	17.81	325.512
15	19	354.37	30	30	24	24	5	0	30	15.8	3.2	295.31	257.32	37.99	308.784	45.588	0	3	22.1	7	56.23	17.81	354.372
16	20	384.38	30	30	24	24	5	0	30	16.8	3.2	320.32	282.33	37.99	338.796	45.588	0	3	23.2	7	59.04	17.81	384.384
17	21	416.02	30	30	24	24	5	0	30	17.8	3.2	346.68	308.69	37.99	370.428	45.588	0	3	24.4	7	62.09	17.81	416.016
18	22	449.05	30	30	24	24	5	0	30	18.8	3.2	374.21	336.22	37.99	403.464	45.588	0	3	25.6	7	65.15	17.81	449.052
19	23	483.2	30	30	24	24	5	0	30	19.8	3.2	402.67	364.68	37.99	437.616	45.588	0	3	26.7	7	67.94	17.81	483.204
20	24	486.43	27.5	27.5	24	24	5	0	27.5	20.8	3.2	405.36	367.37	37.99	440.844	45.588	0	3	25.6	7	65.15	17.81	486.432
21	25	520.6	27.5	27.5	24	24	5	0	27.5	21.8	3.2	433.83	395.84	37.99	475.008	45.588	0	3	26.7	7	67.94	17.81	520.596
22	26	555.74	27.5	27.5	24	24	5	0	27.5	22.8	3.2	463.12	425.13	37.99	510.156	45.588	0	3	27.7	7	70.49	17.81	555.744
23	27	552.2	25	25	24	24	5	0	25	23.8	3.2	460.17	422.18	37.99	506.616	45.588	0	3	26.3	7	66.92	17.81	552.204
24	28	586.57	25	25	24	24	5	0	25	24.8	3.2	488.81	450.82	37.99	540.984	45.588	0	3	27.2	7	69.22	17.81	586.572
25	29	448.13	22.5	22.5	30	30	4.8	4.8	22.5	17.4	11.6	373.44	224.71	148.73	269.652	178.476	0	3	17.2	15.4	43.76	39.19	448.128
26	30	470.76	22.5	22.5	30	30	4.8	4.8	22.5	18	12	392.3	236.25	156.05	283.5	187.26	0	3	17.7	15.9	45.04	40.46	470.76
27	31	493.74	22.5	22.5	30	30	4.8	4.8	22.5	18.6	12.4	411.45	248.1	163.35	297.72	196.02	0	3	18.2	16.3	46.31	41.48	493.74
28	32	517.54	22.5	22.5	30	30	4.8	4.8	22.5	19.2	12.8	431.28	260.24	171.04	312.288	205.248	0	3	18.7	16.8	47.58	42.76	517.536
29	33	541.92	22.5	22.5	30	30	4.8	4.8	22.5	19.8	13.2	451.6	272.69	178.91	327.228	214.692	0	3	19.2	17.3	48.86	44.03	541.92
30	34	566.62	22.5	22.5	30	30	4.8	4.8	22.5	20.4	13.6	472.18	285.43	186.75	342.516	224.1	0	3	19.7	17.7	50.14	45.04	566.616
31	35	592.15	22.5	22.5	30	30	4.8	4.8	22.5	21	14	493.46	298.46	195	358.152	234	0	3	20.2	18.2	51.41	46.31	592.152
32	36	618.28	22.5	22.5	30	30	4.8	4.8	22.5	21.6	14.4	515.23	311.8	203.43	374.16	244.116	0	3	20.7	18.7	52.68	47.58	618.276
33	37	644.71	22.5	22.5	30	30	4.8	4.8	22.5	22.2	14.8	537.26	325.43	211.83	390.516	254.196	0	3	21.2	19.1	53.95	48.6	644.712
34	38	671.99	22.5	22.5	30	30	4.8	4.8	22.5	22.8	15.2	559.99	339.36	220.63	407.232	264.756	0	3	21.7	19.6	55.22	49.87	671.988
35	39	699.6	22.5	22.5	30	30	4.8	4.8	22.5	23.4	15.6	583	353.59	229.41	424.308	275.292	0	3	22.2	20	56.5	50.89	699.6
36	40	728.04	22.5	22.5	30	30	4.8	4.8	22.5	24	16	606.7	368.12	238.58	441.744	286.296	0	3	22.7	20.5	57.77	52.16	728.04
37	41	757.04	22.5	22.5	30	30	4.8	4.8	22.5	24.6	16.4	630.87	382.94	247.93	459.528	297.516	0	3	23.2	21	59.04	53.44	757.044
38	42	786.38	22.5	22.5	30	30	4.8	4.8	22.5	25.2	16.8	655.32	398.06	257.26	477.672	308.712	0	3	23.7	21.4	60.31	54.46	786.384
39	43	816.56	22.5	22.5	30	30	4.8	4.8	22.5	25.8	17.2	680.47	413.49	266.98	496.188	320.376	0	3	24.2	21.9	61.58	55.73	816.564
40	44	847.32	22.5	22.5	30	30	4.8	4.8	22.5	26.4	17.6	706.1	429.21	276.89	515.052	332.268	0	3	24.7	22.4	62.86	57	847.32
41	45	878.4	22.5	22.5	30	30	4.8	4.8	22.5	27	18	732	445.23	286.77	534.276	344.124	0	3	25.2	22.8	64.13	58.02	878.4

SKS_GET_WELD() = [

1. tankDia = 84.0 (m)
2. Shell Material = A553-TYP1
4. tank Ciecum Length = 263.894 (m) ¿øÁÖ¹æÇâ ÃÑ ¿ëÁ¢±æÀÌ
5. Shell ´Ü¼ö = 7 EA
6. ¿øÁÖ¹æÇâ ºÐÇÒ¼ö·® = 18 EA
7. (H)SAW Ç¥ÁØ Welding Speed = 50.0 (cm/min)
8. (H)SMAW Ç¥ÁØ Welding Speed = 20.0 (cm/min)
9. (V)EGW Ç¥ÁØ Welding Speed = 10.0 (cm/min)
10. (V)SMAW Ç¥ÁØ Welding Speed = 6.0 (cm/min)
9. Ç¥ÁØ ¿ëÁ¢½Ã°£ = 4.0¿ëÁ¢ÆÀ 1°³Á¶°¡ ÀÏÀÏ 8½Ã°£ ÀÛ¾÷½Ã°£Áß¿¡ ¼ø¼ö ¿ëÁ¢¿¡ ÅõÀÔÇÏ´Â ½Ã°£ (»çÀü ÁغñÀÛ¾÷, slag Á¦°Å ¹× È޽Ľð£ µî Àº Á¦¿Ü ÇÏ°í ¼ø¼ö ¿ëÁ¢¸¸ ÇÏ´Â ½Ã°£)

---

tankDia = 84.0 (m), Welding Method : SAW(H) Welding Speed = 50.0 cm/min

No.	thick	Width	¿ëÁ¢ ±æÀÌ	Material	Welding Method	A) HNLEE Formula ¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea Âü°í : (Not Used!)	A) HNLEE Weld Area Max.(A) (Not Used!)	B)°³¼±Ç¥ÁØ Weld Area STD(A)	B) Weld Metal Weight A*L*7.85(kg)	¿ëÂø·® (kg/hr)	Weld Time(HR)	STD. No.	A Layer	B Layer	A+B Std. Speed (A+B)Layer ¡¿50.0(cpm)	Min. Req'd Weld Time (HR) HR = TankCirLen / CPM	Actual Welding Hour ½Ç ¿ëÁ¢½Ã°£	Estimate Perid Weld Finished (Working Day)	¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea	¿ëÁ¢¸éÀû Å×À̺í				¿ëÁ¢±×·çºê µÎ²², rGap, wGap, Odeg, iDeg
	t (mm)	W (mm)	wLen (m)			A Formula	(mm2)	(mm2)	(kg)	(kg/hr)	(HR)		Ãþ(A°è¼ö)	Ãþ(B°è¼ö)	(cm/min)	(HR)	(HR/day)	Days / 1 team	A(mm2)	t(mm)	A(mm2)	A1(mm2)	A2(mm2)	t(mm)	G(mm)	S(mm)	out(deg)	in(deg)
Comp	??	Knuckle(Comp Ring) to Top Shell (Fillet Weld) °¢Àå [???] mm					T7	T8	T9	T10	T11	T12	T13	T14	T15	T16	T17	T18	T19	T20	T21	T22	T23	T24	T25	T26	T27	T28
7	46.2	850	263.894	A553-TYP1	SAW(H)	A=(46.2 / 38.1)2 ¡¿ 895.54	= 1316.80	-1.00	-2.07	2.96	-0.7	3	11 (11.50)	10 (10.50)	22.00¡¿ cpm = 1100	193.52	4.00 (HR/day)	48.38	A = (46.2 / 38.1)2 ¡¿ 895.54	38.1	895.54	428.6	466.9	38.1	4.8	4.8	60.0	15.0
6	18.3	4800	263.894	A553-TYP1	SAW(H)	A=(18.3 / 28.1)2 ¡¿ 452.17	= 191.77	-1.00	-2.07	2.96	-0.7	2	5 (5.50)	4 (4.50)	10.00¡¿ cpm = 500	87.96	4.00 (HR/day)	21.99	A = (18.3 / 28.1)2 ¡¿ 452.17	28.1	452.17	221.5	230.7	28.1	2.4	3.2	45.0	0.0
5	18.9	4800	263.894	A553-TYP1	SAW(H)	A=(18.9 / 28.1)2 ¡¿ 452.17	= 204.56	-1.00	-2.07	2.96	-0.7	2	5 (5.50)	4 (4.50)	10.00¡¿ cpm = 500	87.96	4.00 (HR/day)	21.99	A = (18.9 / 28.1)2 ¡¿ 452.17	28.1	452.17	221.5	230.7	28.1	2.4	3.2	45.0	0.0
4	19.5	4800	263.894	A553-TYP1	SAW(H)	A=(19.5 / 28.1)2 ¡¿ 452.17	= 217.75	-1.00	-2.07	2.96	-0.7	2	5 (5.50)	4 (4.50)	10.00¡¿ cpm = 500	87.96	4.00 (HR/day)	21.99	A = (19.5 / 28.1)2 ¡¿ 452.17	28.1	452.17	221.5	230.7	28.1	2.4	3.2	45.0	0.0
3	20.2	4800	263.894	A553-TYP1	SAW(H)	A=(20.2 / 28.1)2 ¡¿ 452.17	= 233.66	-1.00	-2.07	2.96	-0.7	2	5 (5.50)	4 (4.50)	10.00¡¿ cpm = 500	87.96	4.00 (HR/day)	21.99	A = (20.2 / 28.1)2 ¡¿ 452.17	28.1	452.17	221.5	230.7	28.1	2.4	3.2	45.0	0.0
2	20.9	4800	263.894	A553-TYP1	SAW(H)	A=(20.9 / 28.1)2 ¡¿ 452.17	= 250.14	-1.00	-2.07	2.96	-0.7	2	5 (5.50)	4 (4.50)	10.00¡¿ cpm = 500	87.96	4.00 (HR/day)	21.99	A = (20.9 / 28.1)2 ¡¿ 452.17	28.1	452.17	221.5	230.7	28.1	2.4	3.2	45.0	0.0
1	21.5	4800	263.894	A553-TYP1	SAW(H)	A=(21.5 / 28.1)2 ¡¿ 452.17	= 264.71	-1.00	-2.07	2.96	-0.7	2	5 (5.50)	4 (4.50)	10.00¡¿ cpm = 500	87.96	4.00 (HR/day)	21.99	A = (21.5 / 28.1)2 ¡¿ 452.17	28.1	452.17	221.5	230.7	28.1	2.4	3.2	45.0	0.0
Ann	12.0	Annula plate to 1st Shell (Fillet Weld) °¢Àå 10x7 mm					A7	A8	A9	A10	A11	A12	A13	A14	A15	A16	A17	A18	A19	A20	A21	A22	A23	A24	A25	A26	A27	A28
ÃÑ SHELL °ø»ç±â°£														721.28	HR	180.32	Days

---

tankDia = 84.0 (m), Welding Method : SMAW(H) Welding Speed = 20.0 cm/min

No.	thick	Width	¿ëÁ¢ ±æÀÌ	Material	Welding Method	A) HNLEE Formula ¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea Âü°í : (Not Used!)	A) HNLEE Weld Area Max.(A) (Not Used!)	B)°³¼±Ç¥ÁØ Weld Area STD(A)	B) Weld Metal Weight A*L*7.85(kg)	¿ëÂø·® (kg/hr)	Weld Time(HR)	STD. No.	A Layer	B Layer	A+B Std. Speed (A+B)Layer ¡¿20.0(cpm)	Min. Req'd Weld Time (HR) HR = TankCirLen / CPM	Actual Welding Hour ½Ç ¿ëÁ¢½Ã°£	Estimate Perid Weld Finished (Working Day)	¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea	¿ëÁ¢¸éÀû Å×À̺í				¿ëÁ¢±×·çºê µÎ²², rGap, wGap, Odeg, iDeg
	t (mm)	W (mm)	wLen (m)			A Formula	(mm2)	(mm2)	(kg)	(kg/hr)	(HR)		Ãþ(A°è¼ö)	Ãþ(B°è¼ö)	(cm/min)	(HR)	(HR/day)	Days / 1 team	A(mm2)	t(mm)	A(mm2)	A1(mm2)	A2(mm2)	t(mm)	G(mm)	S(mm)	out(deg)	in(deg)
Comp	??	Knuckle(Comp Ring) to Top Shell (Fillet Weld) °¢Àå [???] mm					T7	T8	T9	T10	T11	T12	T13	T14	T15	T16	T17	T18	T19	T20	T21	T22	T23	T24	T25	T26	T27	T28
7	46.2	850	263.894	A553-TYP1	SMAW(H)	A=(46.2 / 27.4)2 ¡¿ 496.63	= 1411.94	-1.00	-2.07	1.18	-1.75	2	7 (7.92)	5 (5.92)	13.85¡¿ cpm = 276.96	304.54	4.00 (HR/day)	76.13	A = (46.2 / 27.4)2 ¡¿ 496.63	27.4	496.63	308.4	188.2	27.4	4.0	3.2	45.0	45.0
6	18.3	4800	263.894	A553-TYP1	SMAW(H)	A=(18.3 / 27.4)2 ¡¿ 496.63	= 221.53	-1.00	-2.07	1.18	-1.75	2	3 (3.37)	2 (2.37)	5.73¡¿ cpm = 114.64	126.05	4.00 (HR/day)	31.51	A = (18.3 / 27.4)2 ¡¿ 496.63	27.4	496.63	308.4	188.2	27.4	4.0	3.2	45.0	45.0
5	18.9	4800	263.894	A553-TYP1	SMAW(H)	A=(18.9 / 27.4)2 ¡¿ 496.63	= 236.30	-1.00	-2.07	1.18	-1.75	2	3 (3.38)	2 (2.38)	5.76¡¿ cpm = 115.12	126.58	4.00 (HR/day)	31.65	A = (18.9 / 27.4)2 ¡¿ 496.63	27.4	496.63	308.4	188.2	27.4	4.0	3.2	45.0	45.0
4	19.5	4800	263.894	A553-TYP1	SMAW(H)	A=(19.5 / 27.4)2 ¡¿ 496.63	= 251.54	-1.00	-2.07	1.18	-1.75	2	3 (3.39)	2 (2.39)	5.78¡¿ cpm = 115.6	127.11	4.00 (HR/day)	31.78	A = (19.5 / 27.4)2 ¡¿ 496.63	27.4	496.63	308.4	188.2	27.4	4.0	3.2	45.0	45.0
3	20.2	4800	263.894	A553-TYP1	SMAW(H)	A=(20.2 / 27.4)2 ¡¿ 496.63	= 269.92	-1.00	-2.07	1.18	-1.75	2	3 (3.40)	2 (2.40)	5.81¡¿ cpm = 116.16	127.73	4.00 (HR/day)	31.93	A = (20.2 / 27.4)2 ¡¿ 496.63	27.4	496.63	308.4	188.2	27.4	4.0	3.2	45.0	45.0
2	20.9	4800	263.894	A553-TYP1	SMAW(H)	A=(20.9 / 27.4)2 ¡¿ 496.63	= 288.95	-1.00	-2.07	1.18	-1.75	2	3 (3.42)	2 (2.42)	5.84¡¿ cpm = 116.72	128.34	4.00 (HR/day)	32.09	A = (20.9 / 27.4)2 ¡¿ 496.63	27.4	496.63	308.4	188.2	27.4	4.0	3.2	45.0	45.0
1	21.5	4800	263.894	A553-TYP1	SMAW(H)	A=(21.5 / 27.4)2 ¡¿ 496.63	= 305.78	-1.00	-2.07	1.18	-1.75	2	3 (3.43)	2 (2.43)	5.86¡¿ cpm = 117.2	128.87	4.00 (HR/day)	32.22	A = (21.5 / 27.4)2 ¡¿ 496.63	27.4	496.63	308.4	188.2	27.4	4.0	3.2	45.0	45.0
Ann	12.0	Annula plate to 1st Shell (Fillet Weld) °¢Àå 10x7 mm					A7	A8	A9	A10	A11	A12	A13	A14	A15	A16	A17	A18	A19	A20	A21	A22	A23	A24	A25	A26	A27	A28
ÃÑ SHELL °ø»ç±â°£														1069.22	HR	267.31	Days

---

tankDia = 84.0 (m), Welding Method : EGW(V) Welding Speed = 10.0 cm/min

No.	thick	Width	¿ëÁ¢ ±æÀÌ	Material	Welding Method	A) HNLEE Formula ¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea Âü°í : (Not Used!)	A) HNLEE Weld Area Max.(A) (Not Used!)	B)°³¼±Ç¥ÁØ Weld Area STD(A)	B) Weld Metal Weight A*L*7.85(kg)	¿ëÂø·® (kg/hr)	Weld Time(HR)	STD. No.	A Layer	B Layer	A+B Std. Speed (A+B)Layer ¡¿10.0(cpm)	Min. Req'd Weld Time (HR) HR = TankVertLen / CPM	Actual Welding Hour ½Ç ¿ëÁ¢½Ã°£	Estimate Perid Weld Finished (Working Day)	¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea	¿ëÁ¢¸éÀû Å×À̺í				¿ëÁ¢±×·çºê µÎ²², rGap, wGap, Odeg, iDeg
	t (mm)	W (mm)	wLen (m)			A Formula	(mm2)	(mm2)	(kg)	(kg/hr)	(HR)		Ãþ(A°è¼ö)	Ãþ(B°è¼ö)	(cm/min)	(HR)	(HR/day)	Days / 1 team	A(mm2)	t(mm)	A(mm2)	A1(mm2)	A2(mm2)	t(mm)	G(mm)	S(mm)	out(deg)	in(deg)
Comp	??	Knuckle(Comp Ring) to Top Shell (Fillet Weld) °¢Àå [???] mm					T7	T8	T9	T10	T11	T12	T13	T14	T15	T16	T17	T18	T19	T20	T21	T22	T23	T24	T25	T26	T27	T28
7	46.2	850	15.300	A553-TYP1	EGW(V)	A=(46.2 / 39)2 ¡¿ 805.48	= 1130.34	-1.00	-2.07	0.59	-3.51	5	6 (5.74)	4 (3.90)	9.64¡¿ cpm = 96.4	24.58	4.00 (HR/day)	6.15	A = (46.2 / 39)2 ¡¿ 805.48	39.0	805.48	464.4	341.1	39.6	4.8	4.8	60.0	60.0
6	18.3	4800	86.400	A553-TYP1	EGW(V)	A=(18.3 / 23)2 ¡¿ 525.06	= 332.40	-1.00	-2.07	0.59	-3.51	1	2 (2.03)	2 (2.03)	4.06¡¿ cpm = 40.6	58.46	4.00 (HR/day)	14.62	A = (18.3 / 23)2 ¡¿ 525.06	23.0	525.06	488.5	36.6	23.4	2.4	4.8	30.0	0.0
5	18.9	4800	86.400	A553-TYP1	EGW(V)	A=(18.9 / 23)2 ¡¿ 525.06	= 354.55	-1.00	-2.07	0.59	-3.51	1	2 (2.09)	2 (2.09)	4.18¡¿ cpm = 41.8	60.20	4.00 (HR/day)	15.05	A = (18.9 / 23)2 ¡¿ 525.06	23.0	525.06	488.5	36.6	23.4	2.4	4.8	30.0	0.0
4	19.5	4800	86.400	A553-TYP1	EGW(V)	A=(19.5 / 23)2 ¡¿ 525.06	= 377.42	-1.00	-2.07	0.59	-3.51	1	2 (2.15)	2 (2.15)	4.30¡¿ cpm = 43	61.92	4.00 (HR/day)	15.48	A = (19.5 / 23)2 ¡¿ 525.06	23.0	525.06	488.5	36.6	23.4	2.4	4.8	30.0	0.0
3	20.2	4800	86.400	A553-TYP1	EGW(V)	A=(20.2 / 23)2 ¡¿ 525.06	= 405.00	-1.00	-2.07	0.59	-3.51	1	2 (2.22)	2 (2.22)	4.44¡¿ cpm = 44.4	63.94	4.00 (HR/day)	15.99	A = (20.2 / 23)2 ¡¿ 525.06	23.0	525.06	488.5	36.6	23.4	2.4	4.8	30.0	0.0
2	20.9	4800	86.400	A553-TYP1	EGW(V)	A=(20.9 / 23)2 ¡¿ 525.06	= 433.56	-1.00	-2.07	0.59	-3.51	1	2 (2.29)	2 (2.29)	4.58¡¿ cpm = 45.8	65.96	4.00 (HR/day)	16.49	A = (20.9 / 23)2 ¡¿ 525.06	23.0	525.06	488.5	36.6	23.4	2.4	4.8	30.0	0.0
1	21.5	4800	86.400	A553-TYP1	EGW(V)	A=(21.5 / 23)2 ¡¿ 525.06	= 458.81	-1.00	-2.07	0.59	-3.51	1	2 (2.35)	2 (2.35)	4.70¡¿ cpm = 47	67.68	4.00 (HR/day)	16.92	A = (21.5 / 23)2 ¡¿ 525.06	23.0	525.06	488.5	36.6	23.4	2.4	4.8	30.0	0.0
Ann	12.0	Annula plate to 1st Shell (Fillet Weld) °¢Àå 10x7 mm					A7	A8	A9	A10	A11	A12	A13	A14	A15	A16	A17	A18	A19	A20	A21	A22	A23	A24	A25	A26	A27	A28
ÃÑ SHELL °ø»ç±â°£														402.74	HR	100.70	Days

---

tankDia = 84.0 (m), Welding Method : SMAW(V) Welding Speed = 6.0 cm/min

No.	thick	Width	¿ëÁ¢ ±æÀÌ	Material	Welding Method	A) HNLEE Formula ¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea Âü°í : (Not Used!)	A) HNLEE Weld Area Max.(A) (Not Used!)	B)°³¼±Ç¥ÁØ Weld Area STD(A)	B) Weld Metal Weight A*L*7.85(kg)	¿ëÂø·® (kg/hr)	Weld Time(HR)	STD. No.	A Layer	B Layer	A+B Std. Speed (A+B)Layer ¡¿6.0(cpm)	Min. Req'd Weld Time (HR) HR = TankVertLen / CPM	Actual Welding Hour ½Ç ¿ëÁ¢½Ã°£	Estimate Perid Weld Finished (Working Day)	¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea	¿ëÁ¢¸éÀû Å×À̺í				¿ëÁ¢±×·çºê µÎ²², rGap, wGap, Odeg, iDeg
	t (mm)	W (mm)	wLen (m)			A Formula	(mm2)	(mm2)	(kg)	(kg/hr)	(HR)		Ãþ(A°è¼ö)	Ãþ(B°è¼ö)	(cm/min)	(HR)	(HR/day)	Days / 1 team	A(mm2)	t(mm)	A(mm2)	A1(mm2)	A2(mm2)	t(mm)	G(mm)	S(mm)	out(deg)	in(deg)
Comp	??	Knuckle(Comp Ring) to Top Shell (Fillet Weld) °¢Àå [???] mm					T7	T8	T9	T10	T11	T12	T13	T14	T15	T16	T17	T18	T19	T20	T21	T22	T23	T24	T25	T26	T27	T28
7	46.2	850	15.300	A553-TYP1	SMAW(V)	A=(46.2 / 39)2 ¡¿ 496.63	= 696.93	-1.00	-2.07	0.36	-5.75	2	6 (5.74)	4 (3.90)	9.64¡¿ cpm = 57.84	40.97	4.00 (HR/day)	10.24	A = (46.2 / 39)2 ¡¿ 496.63	39.0	496.63	308.4	188.2	38.1	4.8	4.8	60.0	60.0
6	18.3	4800	86.400	A553-TYP1	SMAW(V)	A=(18.3 / 19)2 ¡¿ 150.62	= 139.73	-1.00	-2.07	0.36	-5.75	1	2 (2.03)	2 (2.03)	4.06¡¿ cpm = 24.36	97.44	4.00 (HR/day)	24.36	A = (18.3 / 19)2 ¡¿ 150.62	19.0	150.62	119.0	31.7	19.0	2.4	4.8	30.0	0.0
5	18.9	4800	86.400	A553-TYP1	SMAW(V)	A=(18.9 / 19)2 ¡¿ 150.62	= 149.04	-1.00	-2.07	0.36	-5.75	1	2 (2.09)	2 (2.09)	4.18¡¿ cpm = 25.08	100.32	4.00 (HR/day)	25.08	A = (18.9 / 19)2 ¡¿ 150.62	19.0	150.62	119.0	31.7	19.0	2.4	4.8	30.0	0.0
4	19.5	4800	86.400	A553-TYP1	SMAW(V)	A=(19.5 / 39)2 ¡¿ 496.63	= 124.16	-1.00	-2.07	0.36	-5.75	2	2 (2.54)	2 (1.76)	4.30¡¿ cpm = 25.8	103.20	4.00 (HR/day)	25.80	A = (19.5 / 39)2 ¡¿ 496.63	39.0	496.63	308.4	188.2	38.1	4.8	4.8	60.0	60.0
3	20.2	4800	86.400	A553-TYP1	SMAW(V)	A=(20.2 / 39)2 ¡¿ 496.63	= 133.23	-1.00	-2.07	0.36	-5.75	2	2 (2.62)	2 (1.82)	4.44¡¿ cpm = 26.64	106.56	4.00 (HR/day)	26.64	A = (20.2 / 39)2 ¡¿ 496.63	39.0	496.63	308.4	188.2	38.1	4.8	4.8	60.0	60.0
2	20.9	4800	86.400	A553-TYP1	SMAW(V)	A=(20.9 / 39)2 ¡¿ 496.63	= 142.63	-1.00	-2.07	0.36	-5.75	2	3 (2.71)	2 (1.87)	4.58¡¿ cpm = 27.48	109.92	4.00 (HR/day)	27.48	A = (20.9 / 39)2 ¡¿ 496.63	39.0	496.63	308.4	188.2	38.1	4.8	4.8	60.0	60.0
1	21.5	4800	86.400	A553-TYP1	SMAW(V)	A=(21.5 / 39)2 ¡¿ 496.63	= 150.93	-1.00	-2.07	0.36	-5.75	2	3 (2.78)	2 (1.92)	4.70¡¿ cpm = 28.2	112.80	4.00 (HR/day)	28.20	A = (21.5 / 39)2 ¡¿ 496.63	39.0	496.63	308.4	188.2	38.1	4.8	4.8	60.0	60.0
Ann	12.0	Annula plate to 1st Shell (Fillet Weld) °¢Àå 10x7 mm					A7	A8	A9	A10	A11	A12	A13	A14	A15	A16	A17	A18	A19	A20	A21	A22	A23	A24	A25	A26	A27	A28
ÃÑ SHELL °ø»ç±â°£														671.21	HR	167.80	Days

1) ¸µÄÁ X-Groove ¿ëÁ¢ºÎ ´Ü¸éÀû °è»ê


2) ¶Ç ´Ù¸¥ ¿ëÁ¢ºÎ ´Ü¸éÀû °è»ê

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SKS_GET_WELD() = [

1. tankDia = 82.0 (m)
2. Shell Material = A553-TYP1
4. tank Ciecum Length = 257.611 (m) ¿øÁÖ¹æÇâ ÃÑ ¿ëÁ¢±æÀÌ
5. Shell ´Ü¼ö = 7 EA
6. ¿øÁÖ¹æÇâ ºÐÇÒ¼ö·® = 18 EA
7. (H)SAW Ç¥ÁØ Welding Speed = 50.0 (cm/min)
8. (H)SMAW Ç¥ÁØ Welding Speed = 20.0 (cm/min)
9. (V)EGW Ç¥ÁØ Welding Speed = 10.0 (cm/min)
10. (V)SMAW Ç¥ÁØ Welding Speed = 6.0 (cm/min)
9. Ç¥ÁØ ¿ëÁ¢½Ã°£ = 4.0¿ëÁ¢ÆÀ 1°³Á¶°¡ ÀÏÀÏ 8½Ã°£ ÀÛ¾÷½Ã°£Áß¿¡ ¼ø¼ö ¿ëÁ¢¿¡ ÅõÀÔÇÏ´Â ½Ã°£ (»çÀü ÁغñÀÛ¾÷, slag Á¦°Å ¹× È޽Ľð£ µî Àº Á¦¿Ü ÇÏ°í ¼ø¼ö ¿ëÁ¢¸¸ ÇÏ´Â ½Ã°£)

---

tankDia = 82.0 (m), Welding Method : SAW(H) Welding Speed = 50.0 cm/min

No.	thick	Width	¿ëÁ¢ ±æÀÌ	Material	Welding Method	A) HNLEE Formula ¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea Âü°í : (Not Used!)	A) HNLEE Weld Area Max.(A) (Not Used!)	B)°³¼±Ç¥ÁØ Weld Area STD(A)	B) Weld Metal Weight A*L*7.85(kg)	¿ëÂø·® (kg/hr)	Weld Time(HR)	STD. No.	A Layer	B Layer	A+B Std. Speed (A+B)Layer ¡¿50.0(cpm)	Min. Req'd Weld Time (HR) HR = TankCirLen / CPM	Actual Welding Hour ½Ç ¿ëÁ¢½Ã°£	Estimate Perid Weld Finished (Working Day)	¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea	¿ëÁ¢¸éÀû Å×À̺í				¿ëÁ¢±×·çºê µÎ²², rGap, wGap, Odeg, iDeg
	t (mm)	W (mm)	wLen (m)			A Formula	(mm2)	(mm2)	(kg)	(kg/hr)	(HR)		Ãþ(A°è¼ö)	Ãþ(B°è¼ö)	(cm/min)	(HR)	(HR/day)	Days / 1 team	A(mm2)	t(mm)	A(mm2)	A1(mm2)	A2(mm2)	t(mm)	G(mm)	S(mm)	out(deg)	in(deg)
Comp	??	Knuckle(Comp Ring) to Top Shell (Fillet Weld) °¢Àå [???] mm					T7	T8	T9	T10	T11	T12	T13	T14	T15	T16	T17	T18	T19	T20	T21	T22	T23	T24	T25	T26	T27	T28
7	10.0	3950	257.611	A553-TYP1	SAW(H)	A=(10.0 / 13.1)2 ¡¿ 125.57	= 73.17	-1.00	-2.02	2.96	-0.68	1	5 (5.50)	2 (2.50)	8.00¡¿ cpm = 400	68.70	4.00 (HR/day)	17.17	A = (10.0 / 13.1)2 ¡¿ 125.57	13.1	125.57	90.7	34.9	13.1	2.4	4.8	30.0	0.0
6	10.0	3950	257.611	A553-TYP1	SAW(H)	A=(10.0 / 13.1)2 ¡¿ 125.57	= 73.17	-1.00	-2.02	2.96	-0.68	1	5 (5.50)	2 (2.50)	8.00¡¿ cpm = 400	68.70	4.00 (HR/day)	17.17	A = (10.0 / 13.1)2 ¡¿ 125.57	13.1	125.57	90.7	34.9	13.1	2.4	4.8	30.0	0.0
5	10.0	3950	257.611	A553-TYP1	SAW(H)	A=(10.0 / 13.1)2 ¡¿ 125.57	= 73.17	-1.00	-2.02	2.96	-0.68	1	5 (5.50)	2 (2.50)	8.00¡¿ cpm = 400	68.70	4.00 (HR/day)	17.17	A = (10.0 / 13.1)2 ¡¿ 125.57	13.1	125.57	90.7	34.9	13.1	2.4	4.8	30.0	0.0
4	12.8	3950	257.611	A553-TYP1	SAW(H)	A=(12.8 / 13.1)2 ¡¿ 125.57	= 119.88	-1.00	-2.02	2.96	-0.68	1	6 (6.50)	2 (2.50)	9.00¡¿ cpm = 450	77.29	4.00 (HR/day)	19.32	A = (12.8 / 13.1)2 ¡¿ 125.57	13.1	125.57	90.7	34.9	13.1	2.4	4.8	30.0	0.0
3	15.9	3950	257.611	A553-TYP1	SAW(H)	A=(15.9 / 28.1)2 ¡¿ 452.17	= 144.77	-1.00	-2.02	2.96	-0.68	2	4 (4.50)	3 (3.50)	8.00¡¿ cpm = 400	68.69	4.00 (HR/day)	17.17	A = (15.9 / 28.1)2 ¡¿ 452.17	28.1	452.17	221.5	230.7	28.1	2.4	3.2	45.0	0.0
2	19.0	3950	257.611	A553-TYP1	SAW(H)	A=(19.0 / 28.1)2 ¡¿ 452.17	= 206.73	-1.00	-2.02	2.96	-0.68	2	5 (5.50)	4 (4.50)	10.00¡¿ cpm = 500	85.87	4.00 (HR/day)	21.47	A = (19.0 / 28.1)2 ¡¿ 452.17	28.1	452.17	221.5	230.7	28.1	2.4	3.2	45.0	0.0
1	21.9	3950	257.611	A553-TYP1	SAW(H)	A=(21.9 / 28.1)2 ¡¿ 452.17	= 274.65	-1.00	-2.02	2.96	-0.68	2	5 (5.50)	4 (4.50)	10.00¡¿ cpm = 500	85.87	4.00 (HR/day)	21.47	A = (21.9 / 28.1)2 ¡¿ 452.17	28.1	452.17	221.5	230.7	28.1	2.4	3.2	45.0	0.0
Ann	18.0	Annula plate to 1st Shell (Fillet Weld) °¢Àå 10x7 mm					A7	A8	A9	A10	A11	A12	A13	A14	A15	A16	A17	A18	A19	A20	A21	A22	A23	A24	A25	A26	A27	A28
ÃÑ SHELL °ø»ç±â°£														523.82	HR	130.94	Days

---

tankDia = 82.0 (m), Welding Method : SMAW(H) Welding Speed = 20.0 cm/min

No.	thick	Width	¿ëÁ¢ ±æÀÌ	Material	Welding Method	A) HNLEE Formula ¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea Âü°í : (Not Used!)	A) HNLEE Weld Area Max.(A) (Not Used!)	B)°³¼±Ç¥ÁØ Weld Area STD(A)	B) Weld Metal Weight A*L*7.85(kg)	¿ëÂø·® (kg/hr)	Weld Time(HR)	STD. No.	A Layer	B Layer	A+B Std. Speed (A+B)Layer ¡¿20.0(cpm)	Min. Req'd Weld Time (HR) HR = TankCirLen / CPM	Actual Welding Hour ½Ç ¿ëÁ¢½Ã°£	Estimate Perid Weld Finished (Working Day)	¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea	¿ëÁ¢¸éÀû Å×À̺í				¿ëÁ¢±×·çºê µÎ²², rGap, wGap, Odeg, iDeg
	t (mm)	W (mm)	wLen (m)			A Formula	(mm2)	(mm2)	(kg)	(kg/hr)	(HR)		Ãþ(A°è¼ö)	Ãþ(B°è¼ö)	(cm/min)	(HR)	(HR/day)	Days / 1 team	A(mm2)	t(mm)	A(mm2)	A1(mm2)	A2(mm2)	t(mm)	G(mm)	S(mm)	out(deg)	in(deg)
Comp	??	Knuckle(Comp Ring) to Top Shell (Fillet Weld) °¢Àå [???] mm					T7	T8	T9	T10	T11	T12	T13	T14	T15	T16	T17	T18	T19	T20	T21	T22	T23	T24	T25	T26	T27	T28
7	10.0	3950	257.611	A553-TYP1	SMAW(H)	A=(10.0 / 13.1)2 ¡¿ 150.62	= 87.77	-1.00	-2.02	1.18	-1.71	1	2 (2.20)	1 (1.20)	3.40¡¿ cpm = 68	72.99	4.00 (HR/day)	18.25	A = (10.0 / 13.1)2 ¡¿ 150.62	13.1	150.62	119.0	31.7	13.1	3.2	3.2	30.0	0.0
6	10.0	3950	257.611	A553-TYP1	SMAW(H)	A=(10.0 / 13.1)2 ¡¿ 150.62	= 87.77	-1.00	-2.02	1.18	-1.71	1	2 (2.20)	1 (1.20)	3.40¡¿ cpm = 68	72.99	4.00 (HR/day)	18.25	A = (10.0 / 13.1)2 ¡¿ 150.62	13.1	150.62	119.0	31.7	13.1	3.2	3.2	30.0	0.0
5	10.0	3950	257.611	A553-TYP1	SMAW(H)	A=(10.0 / 13.1)2 ¡¿ 150.62	= 87.77	-1.00	-2.02	1.18	-1.71	1	2 (2.20)	1 (1.20)	3.40¡¿ cpm = 68	72.99	4.00 (HR/day)	18.25	A = (10.0 / 13.1)2 ¡¿ 150.62	13.1	150.62	119.0	31.7	13.1	3.2	3.2	30.0	0.0
4	12.8	3950	257.611	A553-TYP1	SMAW(H)	A=(12.8 / 13.1)2 ¡¿ 150.62	= 143.80	-1.00	-2.02	1.18	-1.71	1	2 (2.26)	1 (1.26)	3.51¡¿ cpm = 70.24	75.39	4.00 (HR/day)	18.85	A = (12.8 / 13.1)2 ¡¿ 150.62	13.1	150.62	119.0	31.7	13.1	3.2	3.2	30.0	0.0
3	15.9	3950	257.611	A553-TYP1	SMAW(H)	A=(15.9 / 27.4)2 ¡¿ 496.63	= 167.23	-1.00	-2.02	1.18	-1.71	2	2 (2.32)	2 (2.32)	4.64¡¿ cpm = 92.72	99.52	4.00 (HR/day)	24.88	A = (15.9 / 27.4)2 ¡¿ 496.63	27.4	496.63	308.4	188.2	27.4	4.0	3.2	45.0	45.0
2	19.0	3950	257.611	A553-TYP1	SMAW(H)	A=(19.0 / 27.4)2 ¡¿ 496.63	= 238.80	-1.00	-2.02	1.18	-1.71	2	3 (3.38)	2 (2.38)	5.76¡¿ cpm = 115.2	123.65	4.00 (HR/day)	30.91	A = (19.0 / 27.4)2 ¡¿ 496.63	27.4	496.63	308.4	188.2	27.4	4.0	3.2	45.0	45.0
1	21.9	3950	257.611	A553-TYP1	SMAW(H)	A=(21.9 / 27.4)2 ¡¿ 496.63	= 317.26	-1.00	-2.02	1.18	-1.71	2	3 (3.44)	2 (2.44)	5.88¡¿ cpm = 117.52	126.15	4.00 (HR/day)	31.54	A = (21.9 / 27.4)2 ¡¿ 496.63	27.4	496.63	308.4	188.2	27.4	4.0	3.2	45.0	45.0
Ann	18.0	Annula plate to 1st Shell (Fillet Weld) °¢Àå 10x7 mm					A7	A8	A9	A10	A11	A12	A13	A14	A15	A16	A17	A18	A19	A20	A21	A22	A23	A24	A25	A26	A27	A28
ÃÑ SHELL °ø»ç±â°£														643.68	HR	160.93	Days

---

tankDia = 82.0 (m), Welding Method : EGW(V) Welding Speed = 10.0 cm/min

No.	thick	Width	¿ëÁ¢ ±æÀÌ	Material	Welding Method	A) HNLEE Formula ¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea Âü°í : (Not Used!)	A) HNLEE Weld Area Max.(A) (Not Used!)	B)°³¼±Ç¥ÁØ Weld Area STD(A)	B) Weld Metal Weight A*L*7.85(kg)	¿ëÂø·® (kg/hr)	Weld Time(HR)	STD. No.	A Layer	B Layer	A+B Std. Speed (A+B)Layer ¡¿10.0(cpm)	Min. Req'd Weld Time (HR) HR = TankVertLen / CPM	Actual Welding Hour ½Ç ¿ëÁ¢½Ã°£	Estimate Perid Weld Finished (Working Day)	¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea	¿ëÁ¢¸éÀû Å×À̺í				¿ëÁ¢±×·çºê µÎ²², rGap, wGap, Odeg, iDeg
	t (mm)	W (mm)	wLen (m)			A Formula	(mm2)	(mm2)	(kg)	(kg/hr)	(HR)		Ãþ(A°è¼ö)	Ãþ(B°è¼ö)	(cm/min)	(HR)	(HR/day)	Days / 1 team	A(mm2)	t(mm)	A(mm2)	A1(mm2)	A2(mm2)	t(mm)	G(mm)	S(mm)	out(deg)	in(deg)
Comp	??	Knuckle(Comp Ring) to Top Shell (Fillet Weld) °¢Àå [???] mm					T7	T8	T9	T10	T11	T12	T13	T14	T15	T16	T17	T18	T19	T20	T21	T22	T23	T24	T25	T26	T27	T28
7	10.0	3950	71.100	A553-TYP1	EGW(V)	A=(10.0 / 12)2 ¡¿ 229.04	= 159.06	-1.00	-2.02	0.59	-3.42	0	1 (1.20)	1 (1.20)	2.40¡¿ cpm = 24	28.44	4.00 (HR/day)	7.11	A = (10.0 / 12)2 ¡¿ 229.04	12.0	229.04	199.8	29.2	12.2	2.4	0.0	0.0	0.0
6	10.0	3950	71.100	A553-TYP1	EGW(V)	A=(10.0 / 12)2 ¡¿ 229.04	= 159.06	-1.00	-2.02	0.59	-3.42	0	1 (1.20)	1 (1.20)	2.40¡¿ cpm = 24	28.44	4.00 (HR/day)	7.11	A = (10.0 / 12)2 ¡¿ 229.04	12.0	229.04	199.8	29.2	12.2	2.4	0.0	0.0	0.0
5	10.0	3950	71.100	A553-TYP1	EGW(V)	A=(10.0 / 12)2 ¡¿ 229.04	= 159.06	-1.00	-2.02	0.59	-3.42	0	1 (1.20)	1 (1.20)	2.40¡¿ cpm = 24	28.44	4.00 (HR/day)	7.11	A = (10.0 / 12)2 ¡¿ 229.04	12.0	229.04	199.8	29.2	12.2	2.4	0.0	0.0	0.0
4	12.8	3950	71.100	A553-TYP1	EGW(V)	A=(12.8 / 23)2 ¡¿ 525.06	= 162.62	-1.00	-2.02	0.59	-3.42	1	1 (1.48)	1 (1.48)	2.96¡¿ cpm = 29.6	35.08	4.00 (HR/day)	8.77	A = (12.8 / 23)2 ¡¿ 525.06	23.0	525.06	488.5	36.6	23.4	2.4	4.8	30.0	0.0
3	15.9	3950	71.100	A553-TYP1	EGW(V)	A=(15.9 / 23)2 ¡¿ 525.06	= 250.93	-1.00	-2.02	0.59	-3.42	1	2 (1.79)	2 (1.79)	3.58¡¿ cpm = 35.8	42.42	4.00 (HR/day)	10.61	A = (15.9 / 23)2 ¡¿ 525.06	23.0	525.06	488.5	36.6	23.4	2.4	4.8	30.0	0.0
2	19.0	3950	71.100	A553-TYP1	EGW(V)	A=(19.0 / 23)2 ¡¿ 525.06	= 358.31	-1.00	-2.02	0.59	-3.42	1	2 (2.10)	2 (2.10)	4.20¡¿ cpm = 42	49.78	4.00 (HR/day)	12.45	A = (19.0 / 23)2 ¡¿ 525.06	23.0	525.06	488.5	36.6	23.4	2.4	4.8	30.0	0.0
1	21.9	3950	71.100	A553-TYP1	EGW(V)	A=(21.9 / 23)2 ¡¿ 525.06	= 476.04	-1.00	-2.02	0.59	-3.42	1	2 (2.39)	2 (2.39)	4.78¡¿ cpm = 47.8	56.64	4.00 (HR/day)	14.16	A = (21.9 / 23)2 ¡¿ 525.06	23.0	525.06	488.5	36.6	23.4	2.4	4.8	30.0	0.0
Ann	18.0	Annula plate to 1st Shell (Fillet Weld) °¢Àå 10x7 mm					A7	A8	A9	A10	A11	A12	A13	A14	A15	A16	A17	A18	A19	A20	A21	A22	A23	A24	A25	A26	A27	A28
ÃÑ SHELL °ø»ç±â°£														269.24	HR	67.32	Days

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tankDia = 82.0 (m), Welding Method : SMAW(V) Welding Speed = 6.0 cm/min

No.	thick	Width	¿ëÁ¢ ±æÀÌ	Material	Welding Method	A) HNLEE Formula ¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea Âü°í : (Not Used!)	A) HNLEE Weld Area Max.(A) (Not Used!)	B)°³¼±Ç¥ÁØ Weld Area STD(A)	B) Weld Metal Weight A*L*7.85(kg)	¿ëÂø·® (kg/hr)	Weld Time(HR)	STD. No.	A Layer	B Layer	A+B Std. Speed (A+B)Layer ¡¿6.0(cpm)	Min. Req'd Weld Time (HR) HR = TankVertLen / CPM	Actual Welding Hour ½Ç ¿ëÁ¢½Ã°£	Estimate Perid Weld Finished (Working Day)	¿ëÁ¢ºÎ ¸éÀû °è»ê½Ä A = (t/ baseThk)2 ¡¿ BaseArea	¿ëÁ¢¸éÀû Å×À̺í				¿ëÁ¢±×·çºê µÎ²², rGap, wGap, Odeg, iDeg
	t (mm)	W (mm)	wLen (m)			A Formula	(mm2)	(mm2)	(kg)	(kg/hr)	(HR)		Ãþ(A°è¼ö)	Ãþ(B°è¼ö)	(cm/min)	(HR)	(HR/day)	Days / 1 team	A(mm2)	t(mm)	A(mm2)	A1(mm2)	A2(mm2)	t(mm)	G(mm)	S(mm)	out(deg)	in(deg)
Comp	??	Knuckle(Comp Ring) to Top Shell (Fillet Weld) °¢Àå [???] mm					T7	T8	T9	T10	T11	T12	T13	T14	T15	T16	T17	T18	T19	T20	T21	T22	T23	T24	T25	T26	T27	T28
7	10.0	3950	71.100	A553-TYP1	SMAW(V)	A=(10.0 / 19)2 ¡¿ 150.62	= 41.72	-1.00	-2.02	0.36	-5.61	1	1 (1.20)	1 (1.20)	2.40¡¿ cpm = 14.4	47.40	4.00 (HR/day)	11.85	A = (10.0 / 19)2 ¡¿ 150.62	19.0	150.62	119.0	31.7	19.0	2.4	4.8	30.0	0.0
6	10.0	3950	71.100	A553-TYP1	SMAW(V)	A=(10.0 / 19)2 ¡¿ 150.62	= 41.72	-1.00	-2.02	0.36	-5.61	1	1 (1.20)	1 (1.20)	2.40¡¿ cpm = 14.4	47.40	4.00 (HR/day)	11.85	A = (10.0 / 19)2 ¡¿ 150.62	19.0	150.62	119.0	31.7	19.0	2.4	4.8	30.0	0.0
5	10.0	3950	71.100	A553-TYP1	SMAW(V)	A=(10.0 / 19)2 ¡¿ 150.62	= 41.72	-1.00	-2.02	0.36	-5.61	1	1 (1.20)	1 (1.20)	2.40¡¿ cpm = 14.4	47.40	4.00 (HR/day)	11.85	A = (10.0 / 19)2 ¡¿ 150.62	19.0	150.62	119.0	31.7	19.0	2.4	4.8	30.0	0.0
4	12.8	3950	71.100	A553-TYP1	SMAW(V)	A=(12.8 / 19)2 ¡¿ 150.62	= 68.36	-1.00	-2.02	0.36	-5.61	1	1 (1.48)	1 (1.48)	2.96¡¿ cpm = 17.76	58.46	4.00 (HR/day)	14.62	A = (12.8 / 19)2 ¡¿ 150.62	19.0	150.62	119.0	31.7	19.0	2.4	4.8	30.0	0.0
3	15.9	3950	71.100	A553-TYP1	SMAW(V)	A=(15.9 / 19)2 ¡¿ 150.62	= 105.48	-1.00	-2.02	0.36	-5.61	1	2 (1.79)	2 (1.79)	3.58¡¿ cpm = 21.48	70.70	4.00 (HR/day)	17.68	A = (15.9 / 19)2 ¡¿ 150.62	19.0	150.62	119.0	31.7	19.0	2.4	4.8	30.0	0.0
2	19.0	3950	71.100	A553-TYP1	SMAW(V)	A=(19.0 / 19)2 ¡¿ 150.62	= 150.62	-1.00	-2.02	0.36	-5.61	1	2 (2.10)	2 (2.10)	4.20¡¿ cpm = 25.2	82.96	4.00 (HR/day)	20.74	A = (19.0 / 19)2 ¡¿ 150.62	19.0	150.62	119.0	31.7	19.0	2.4	4.8	30.0	0.0
1	21.9	3950	71.100	A553-TYP1	SMAW(V)	A=(21.9 / 39)2 ¡¿ 496.63	= 156.60	-1.00	-2.02	0.36	-5.61	2	3 (2.83)	2 (1.95)	4.78¡¿ cpm = 28.68	94.40	4.00 (HR/day)	23.60	A = (21.9 / 39)2 ¡¿ 496.63	39.0	496.63	308.4	188.2	38.1	4.8	4.8	60.0	60.0
Ann	18.0	Annula plate to 1st Shell (Fillet Weld) °¢Àå 10x7 mm					A7	A8	A9	A10	A11	A12	A13	A14	A15	A16	A17	A18	A19	A20	A21	A22	A23	A24	A25	A26	A27	A28
ÃÑ SHELL °ø»ç±â°£														448.72	HR	112.19	Days

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½ÃÀ۽ð£ = [2025-08-04 23:07:18.0681]
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