[PAT1_溶接構造モデル(固定荷重＋風圧荷重（逆風）(短期))]-2015/8/21

基本データ
節点数 要素数 総質量(kg) 材質グループ グループコメント
92 104 274.437 鉄骨構造（長期） 建築系鉄骨構造長期参考データ

節点・支持条件データ
節点No X座標(mm) Y座標(mm) Z座標(mm) 支持の種類 質量(kg) 注目フラグ
1 0 0 0 自由 0
2 26.414 0 15.25 自由 4.125
3 300 0 173.205 自由 0
4 843.076 0 486.75 自由 4.125
5 895.903 0 517.25 自由 4.125
6 1300 0 750.555 自由 0
7 1712.565 0 988.75 自由 4.125
8 1762.795 0 1017.75 自由 4.125
9 2300 0 1327.906 自由 0
10 2582.055 0 1490.75 自由 4.125
11 2608.469 0 1506 自由 0
12 300 0 123 自由 0
13 300 0 -20 自由 0
14 300 0 -50 自由 0
15 300 0 -100 自由 0
16 2300 0 1278 自由 0
17 2300 0 0 自由 0
18 2300 0 -50 自由 0
19 2300 0 -100 自由 0
20 0 800 0 自由 0
21 26.414 800 15.25 自由 4.125
22 300 800 173.205 自由 0
23 843.076 800 486.75 自由 4.125
24 895.903 800 517.25 自由 4.125
25 1300 800 750.555 自由 0
26 1712.565 800 988.75 自由 4.125
27 1762.795 800 1017.75 自由 4.125
28 2300 800 1327.906 自由 0
29 2582.055 800 1490.75 自由 4.125
30 2608.469 800 1506 自由 0
31 300 800 123 自由 0
32 300 800 -20 自由 0
33 300 800 -50 自由 0
34 300 800 -100 自由 0
35 2300 800 1278 自由 0
36 2300 800 0 自由 0
37 2300 800 -50 自由 0
38 2300 800 -100 自由 0
39 0 1323 0 自由 0
40 26.414 1323 15.25 自由 4.125
41 300 1323 173.205 自由 0
42 843.076 1323 486.75 自由 4.125
43 895.903 1323 517.25 自由 4.125
44 1300 1323 750.555 自由 0
45 1712.565 1323 988.75 自由 4.125
46 1762.795 1323 1017.75 自由 4.125
47 2300 1323 1327.906 自由 0
48 2582.055 1323 1490.75 自由 4.125
49 2608.469 1323 1506 自由 0
50 300 1323 123 自由 0
51 300 1323 -20 自由 0
52 300 1323 -50 自由 0
53 300 1323 -100 自由 0
54 2300 1323 1278 自由 0
55 2300 1323 0 自由 0
56 2300 1323 -50 自由 0
57 2300 1323 -100 自由 0
58 0 2123 0 自由 0
59 26.414 2123 15.25 自由 4.125
60 300 2123 173.205 自由 0
61 843.076 2123 486.75 自由 4.125
62 895.903 2123 517.25 自由 4.125
63 1300 2123 750.555 自由 0
64 1712.565 2123 988.75 自由 4.125
65 1762.795 2123 1017.75 自由 4.125
66 2300 2123 1327.906 自由 0
67 2582.055 2123 1490.75 自由 4.125
68 2608.469 2123 1506 自由 0
69 300 2123 123 自由 0
70 300 2123 -20 自由 0
71 300 2123 -50 自由 0
72 300 2123 -100 自由 0
73 2300 2123 1278 自由 0
74 2300 2123 0 自由 0
75 2300 2123 -50 自由 0
76 2300 2123 -100 自由 0
77 300 -261.5 123 自由 0
78 300 2384.5 123 自由 0
79 2300 -261.5 1278 自由 0
80 2300 2384.5 1278 自由 0
81 300 -188.5 -100 自由 0
82 300 -261.5 -100 自由 0
83 300 2311.5 -100 自由 0
84 300 2384.5 -100 自由 0
85 2300 -188.5 -100 自由 0
86 2300 -261.5 -100 自由 0
87 2300 2311.5 -100 自由 0
88 2300 2384.5 -100 自由 0
89 300 -188.5 -150 全固定 0
90 300 2311.5 -150 全固定 0
91 2300 -188.5 -150 全固定 0
92 2300 2311.5 -150 全固定 0

構造要素データ
要素No 始点節点 終点節点 材料No 回転角(deg)反転無し
1 1 2 1 0
2 2 3 1 0
3 3 4 1 0
4 4 5 1 0
5 5 6 1 0
6 6 7 1 0
7 7 8 1 0
8 8 9 1 0
9 9 10 1 0
10 10 11 1 0
11 3 12 2 0
12 12 13 2 0
13 13 14 2 0
14 14 15 7 -90
15 9 16 3 0
16 16 17 3 0
17 17 18 3 0
18 18 19 8 -90
19 6 17 4 0
20 20 21 1 0
21 21 22 1 0
22 22 23 1 0
23 23 24 1 0
24 24 25 1 0
25 25 26 1 0
26 26 27 1 0
27 27 28 1 0
28 28 29 1 0
29 29 30 1 0
30 22 31 2 0
31 31 32 2 0
32 32 33 2 0
33 33 34 7 -90
34 28 35 3 0
35 35 36 3 0
36 36 37 3 0
37 37 38 8 -90
38 25 36 4 0
39 39 40 1 0
40 40 41 1 0
41 41 42 1 0
42 42 43 1 0
43 43 44 1 0
44 44 45 1 0
45 45 46 1 0
46 46 47 1 0
47 47 48 1 0
48 48 49 1 0
49 41 50 2 0
50 50 51 2 0
51 51 52 2 0
52 52 53 7 -90
53 47 54 3 0
54 54 55 3 0
55 55 56 3 0
56 56 57 8 -90
57 44 55 4 0
58 58 59 1 0
59 59 60 1 0
60 60 61 1 0
61 61 62 1 0
62 62 63 1 0
63 63 64 1 0
64 64 65 1 0
65 65 66 1 0
66 66 67 1 0
67 67 68 1 0
68 60 69 2 0
69 69 70 2 0
70 70 71 2 0
71 71 72 7 -90
72 66 73 3 0
73 73 74 3 0
74 74 75 3 0
75 75 76 8 -90
76 63 74 4 0
77 77 12 5 0
78 12 31 5 0
79 31 50 5 0
80 50 69 5 0
81 69 78 5 0
82 79 16 6 0
83 16 35 6 0
84 35 54 6 0
85 54 73 6 0
86 73 80 6 0
87 82 81 7 0
88 81 15 7 0
89 15 34 7 0
90 34 53 7 0
91 53 72 7 0
92 72 83 7 0
93 83 84 7 0
94 81 89 7 -90
95 83 90 7 -90
96 86 85 8 0
97 85 19 8 0
98 19 38 8 0
99 38 57 8 0
100 57 76 8 0
101 76 87 8 0
102 87 88 8 0
103 85 91 8 -90
104 87 92 8 -90

材料条件データ
材料No 材料名称 材質 縦弾性係数(N/mm2) ポアソン比 密度(g/cm3) 付加質量(kg/m)
1 モジュール取付材 SS400 ｔ≦40mm 一般構造用圧延鋼 206000 0.3 7.86 0
2 前柱材 SS400 ｔ≦40mm 一般構造用圧延鋼 206000 0.3 7.86 0
3 後柱材 SS400 ｔ≦40mm 一般構造用圧延鋼 206000 0.3 7.86 0
4 斜材 SS400 ｔ≦40mm 一般構造用圧延鋼 206000 0.3 7.86 0
5 前横材 SS400 ｔ≦40mm 一般構造用圧延鋼 206000 0.3 7.86 0
6 後横材 SS400 ｔ≦40mm 一般構造用圧延鋼 206000 0.3 7.86 0
7 前ベース材 SS400 ｔ≦40mm 一般構造用圧延鋼 206000 0.3 7.86 0
8 後ベース材 SS400 ｔ≦40mm 一般構造用圧延鋼 206000 0.3 7.86 0
材料No 引張り長期許容応力度 圧縮長期許容応力度 曲げ長期許容応力度 せん断長期許容応力度 ねじり長期許容応力度
(N/mm2) (N/mm2) (N/mm2) (N/mm2) (N/mm2)
1 156 156 156 90.4 90.4
2 156 156 156 90.4 90.4
3 156 156 156 90.4 90.4
4 156 156 156 90.4 90.4
5 156 156 156 90.4 90.4
6 156 156 156 90.4 90.4
7 156 156 156 90.4 90.4
8 156 156 156 90.4 90.4
材料No 断面名称 サイズ 断面積A(mm2) せん断有効断面積Ay(mm2) せん断有効断面積Az(mm2)
1 等辺山形鋼 50x50x6 564.4 264 264
2 等辺山形鋼 50x50x6 564.4 264 264
3 等辺山形鋼 50x50x6 564.4 264 264
4 等辺山形鋼 50x50x6 564.4 264 264
5 等辺山形鋼 50x50x4 389.2 184 184
6 等辺山形鋼 50x50x4 389.2 184 184
7 みぞ形鋼 100x50x5x7.5 1192 675 425
8 みぞ形鋼 100x50x5x7.5 1192 675 425
材料No 断面２次ﾓｰﾒﾝﾄ 断面２次ﾓｰﾒﾝﾄ 有効断面２次極ﾓｰﾒﾝﾄ 断面係数 断面係数 有効極断面係数 最小断面２次半径 トラス部材の設定
IyB(mm4) IzB(mm4) IxB'(mm4) ZyB(mm3) ZzB(mm3) ZxB'(mm3) ｉｅ(mm)
1 126000 126000 6768 3550 3550 1128 9.63 無し
2 126000 126000 6768 3550 3550 1128 9.63 無し
3 126000 126000 6768 3550 3550 1128 9.63 無し
4 126000 126000 6768 3550 3550 1128 9.63 無し
5 90600 90600 2048 2490 2490 512 9.83 無し
6 90600 90600 2048 2490 2490 512 9.83 無し
7 1880000 260000 17210 37600 7520 2295 14.8 無し
8 1880000 260000 17210 37600 7520 2295 14.8 無し

荷重条件データ
荷重PNo 荷重パターン名称 加速度ＧＸ(G) 加速度ＧＹ(G) 加速度ＧＺ(G) 傾斜要素対象長さ(分布荷重)
3 固定荷重＋風圧荷重（逆風）(短期) 0 0 -1 基準軸投影長

節点No 集中荷重X(N) 集中荷重Y(N) 集中荷重Z(N) モーメント荷重X(N･mm) モーメント荷重Y(N･mm) モーメント荷重Z(N･mm)
2 -173.13 0 299.85 0 0 0
4 -173.13 0 299.85 0 0 0
5 -173.13 0 299.85 0 0 0
7 -173.13 0 299.85 0 0 0
8 -173.13 0 299.85 0 0 0
10 -173.13 0 299.85 0 0 0
21 -173.13 0 299.85 0 0 0
23 -173.13 0 299.85 0 0 0
24 -173.13 0 299.85 0 0 0
26 -173.13 0 299.85 0 0 0
27 -173.13 0 299.85 0 0 0
29 -173.13 0 299.85 0 0 0
40 -173.13 0 299.85 0 0 0
42 -173.13 0 299.85 0 0 0
43 -173.13 0 299.85 0 0 0
45 -173.13 0 299.85 0 0 0
46 -173.13 0 299.85 0 0 0
48 -173.13 0 299.85 0 0 0
59 -173.13 0 299.85 0 0 0
61 -173.13 0 299.85 0 0 0
62 -173.13 0 299.85 0 0 0
64 -173.13 0 299.85 0 0 0
65 -173.13 0 299.85 0 0 0
67 -173.13 0 299.85 0 0 0

要素No 始点節点 終点節点 材料No 分布荷重X(N/mm) 分布荷重Y(N/mm) 分布荷重Z(N/mm)
11 3 12 2 -0.08795 0 0
12 12 13 2 -0.08795 0 0
13 13 14 2 -0.08795 0 0
15 9 16 3 -0.08795 0 0
16 16 17 3 -0.08795 0 0
17 17 18 3 -0.08795 0 0
19 6 17 4 -0.08795 0 0
30 22 31 2 -0.08795 0 0
31 31 32 2 -0.08795 0 0
32 32 33 2 -0.08795 0 0
34 28 35 3 -0.08795 0 0
35 35 36 3 -0.08795 0 0
36 36 37 3 -0.08795 0 0
38 25 36 4 -0.08795 0 0
49 41 50 2 -0.08795 0 0
50 50 51 2 -0.08795 0 0
51 51 52 2 -0.08795 0 0
53 47 54 3 -0.08795 0 0
54 54 55 3 -0.08795 0 0
55 55 56 3 -0.08795 0 0
57 44 55 4 -0.08795 0 0
68 60 69 2 -0.08795 0 0
69 69 70 2 -0.08795 0 0
70 70 71 2 -0.08795 0 0
72 66 73 3 -0.08795 0 0
73 73 74 3 -0.08795 0 0
74 74 75 3 -0.08795 0 0
76 63 74 4 -0.08795 0 0
77 77 12 5 -0.08795 0 0
78 12 31 5 -0.08795 0 0
79 31 50 5 -0.08795 0 0
80 50 69 5 -0.08795 0 0
81 69 78 5 -0.08795 0 0
82 79 16 6 -0.08795 0 0
83 16 35 6 -0.08795 0 0
84 35 54 6 -0.08795 0 0
85 54 73 6 -0.08795 0 0
86 73 80 6 -0.08795 0 0
87 82 81 7 -0.1759 0 0
88 81 15 7 -0.1759 0 0
89 15 34 7 -0.1759 0 0
90 34 53 7 -0.1759 0 0
91 53 72 7 -0.1759 0 0
92 72 83 7 -0.1759 0 0
93 83 84 7 -0.1759 0 0
96 86 85 8 -0.1759 0 0
97 85 19 8 -0.1759 0 0
98 19 38 8 -0.1759 0 0
99 38 57 8 -0.1759 0 0
100 57 76 8 -0.1759 0 0
101 76 87 8 -0.1759 0 0
102 87 88 8 -0.1759 0 0

最大変位データ
最大総変位(mm)= 6.765 発生Ｘ座標(mm)= 2300 発生Ｙ座標(mm)= 1062 発生Ｚ座標(mm)=-100

変位・変位角データ
節点No 総変位δ(mm) 変位δx(mm) 変位δy(mm) 変位δz(mm) 変位角θx(deg) 変位角θy(deg) 変位角θz(deg)
1 1.724 -1.64 -0.114 -0.5194 0.0074 -0.0899 0.0239
2 1.735 -1.664 -0.1049 -0.4779 0.0074 -0.0899 0.0239
3 1.943 -1.943 -0.0112 0.005 0.0074 -0.1236 0.0239
4 2.172 -2.141 -0.1288 0.3414 0.0196 0.0507 -0.0217
5 2.135 -2.11 -0.1599 0.2872 0.0192 0.0661 -0.0234
6 1.876 -1.822 -0.3892 -0.2146 0.007 0.027 -0.0202
7 1.966 -1.914 -0.4453 -0.0638 0.0156 -0.0325 0.0193
8 1.977 -1.929 -0.4342 -0.0384 0.0164 -0.0257 0.0246
9 1.984 -1.983 -0.0173 0.0475 0.0205 -0.0154 0.0884
10 2.139 -2.095 0.3596 0.2408 0.0205 -0.0512 0.0884
11 2.162 -2.109 0.3949 0.2644 0.0205 -0.0512 0.0884
12 1.824 -1.824 -0.0062 0.005 0.0042 -0.1469 0.2768
13 1.4 -1.4 -0.0028 0.0051 0.001 -0.1861 0.3258
14 1.301 -1.301 -0.002 0.0051 0.0022 -0.1887 0.3361
15 1.137 -1.137 0.0001 0.0051 0.0025 -0.1887 0.3428
16 1.973 -1.972 -0.0005 0.0472 0.0182 -0.0102 0.2937
17 1.618 -1.617 -0.0261 0.0388 0.0084 -0.0622 0.0871
18 1.56 -1.56 -0.0156 0.0382 0.0158 -0.0685 0.3514
19 1.5 -1.5 -0.0016 0.0379 0.0163 -0.0692 0.4553
20 5.019 -4.996 -0.0568 -0.485 0.0022 -0.0953 0.0114
21 5.041 -5.021 -0.0521 -0.4411 0.0022 -0.0953 0.0114
22 5.315 -5.315 -0.0036 0.0678 0.0022 -0.129 0.0114
23 5.989 -5.893 -0.0383 1.067 0.0078 -0.0464 -0.0083
24 6.015 -5.913 -0.0505 1.102 0.0077 -0.028 -0.0091
25 5.949 -5.861 -0.1443 1.01 0.0032 0.0255 -0.0086
26 5.881 -5.807 -0.1739 0.9149 0.0074 0.0286 0.0074
27 5.86 -5.79 -0.1704 0.8851 0.0078 0.0393 0.0096
28 5.485 -5.474 -0.0083 0.3364 0.0098 0.0397 0.0366
29 5.437 -5.429 0.1441 0.2582 0.0098 0.0039 0.0366
30 5.437 -5.428 0.1584 0.2563 0.0098 0.0039 0.0366
31 5.199 -5.198 -0.0022 0.0677 0.0009 -0.1366 0.119
32 4.84 -4.839 -0.0026 0.0673 0.0008 -0.1491 0.116
33 4.762 -4.761 -0.0018 0.0672 0.0022 -0.1502 0.1153
34 4.63 -4.63 0.0002 0.0671 0.0025 -0.1506 0.1149
35 5.52 -5.51 -0.0002 0.3362 0.0088 0.042 0.1252
36 6.37 -6.361 -0.0202 0.3309 0.0084 0.0135 0.0281
37 6.379 -6.371 -0.0112 0.3305 0.0123 0.0085 0.1264
38 6.386 -6.378 -0.0004 0.3304 0.0126 0.0076 0.1651
39 5.019 -4.996 0.0568 -0.485 -0.0022 -0.0953 -0.0114
40 5.041 -5.021 0.0521 -0.4411 -0.0022 -0.0953 -0.0114
41 5.315 -5.315 0.0036 0.0678 -0.0022 -0.129 -0.0114
42 5.989 -5.893 0.0383 1.067 -0.0078 -0.0464 0.0083
43 6.015 -5.913 0.0505 1.102 -0.0077 -0.028 0.0091
44 5.949 -5.861 0.1443 1.01 -0.0032 0.0255 0.0086
45 5.881 -5.807 0.1739 0.9149 -0.0074 0.0286 -0.0074
46 5.86 -5.79 0.1704 0.8851 -0.0078 0.0393 -0.0096
47 5.485 -5.474 0.0083 0.3364 -0.0098 0.0397 -0.0366
48 5.437 -5.429 -0.1441 0.2582 -0.0098 0.0039 -0.0366
49 5.437 -5.428 -0.1584 0.2563 -0.0098 0.0039 -0.0366
50 5.199 -5.198 0.0022 0.0677 -0.0009 -0.1366 -0.119
51 4.84 -4.839 0.0026 0.0673 -0.0008 -0.1491 -0.116
52 4.762 -4.761 0.0018 0.0672 -0.0022 -0.1502 -0.1153
53 4.63 -4.63 -0.0002 0.0671 -0.0025 -0.1506 -0.1149
54 5.52 -5.51 0.0002 0.3362 -0.0088 0.042 -0.1252
55 6.37 -6.361 0.0202 0.3309 -0.0084 0.0135 -0.0281
56 6.379 -6.371 0.0112 0.3305 -0.0123 0.0085 -0.1264
57 6.386 -6.378 0.0004 0.3304 -0.0126 0.0076 -0.1651
58 1.724 -1.64 0.114 -0.5194 -0.0074 -0.0899 -0.0239
59 1.735 -1.664 0.1049 -0.4779 -0.0074 -0.0899 -0.0239
60 1.943 -1.943 0.0112 0.005 -0.0074 -0.1236 -0.0239
61 2.172 -2.141 0.1288 0.3414 -0.0196 0.0507 0.0217
62 2.135 -2.11 0.1599 0.2872 -0.0192 0.0661 0.0234
63 1.876 -1.822 0.3892 -0.2146 -0.007 0.027 0.0202
64 1.966 -1.914 0.4453 -0.0638 -0.0156 -0.0325 -0.0193
65 1.977 -1.929 0.4342 -0.0384 -0.0164 -0.0257 -0.0246
66 1.984 -1.983 0.0173 0.0475 -0.0205 -0.0154 -0.0884
67 2.139 -2.095 -0.3596 0.2408 -0.0205 -0.0512 -0.0884
68 2.162 -2.109 -0.3949 0.2644 -0.0205 -0.0512 -0.0884
69 1.824 -1.824 0.0062 0.005 -0.0042 -0.1469 -0.2768
70 1.4 -1.4 0.0028 0.0051 -0.001 -0.1861 -0.3258
71 1.301 -1.301 0.002 0.0051 -0.0022 -0.1887 -0.3361
72 1.137 -1.137 -0.0001 0.0051 -0.0025 -0.1887 -0.3428
73 1.973 -1.972 0.0005 0.0472 -0.0182 -0.0102 -0.2937
74 1.618 -1.617 0.0261 0.0388 -0.0084 -0.0622 -0.0871
75 1.56 -1.56 0.0156 0.0382 -0.0158 -0.0685 -0.3514
76 1.5 -1.5 0.0016 0.0379 -0.0163 -0.0692 -0.4553
77 0.5641 -0.5638 -0.0062 -0.015 0.0045 -0.1469 0.276
78 0.5641 -0.5638 0.0062 -0.015 -0.0045 -0.1469 -0.276
79 0.6357 -0.6346 -0.0005 -0.0366 0.0184 -0.0102 0.2929
80 0.6357 -0.6346 0.0005 -0.0366 -0.0184 -0.0102 -0.2929
81 0.0017 -0.0017 -0.0002 0.0 0.0005 -0.0032 0.3379
82 0.4288 0.4288 -0.0002 -0.0007 0.0005 -0.0032 0.3379
83 0.0017 -0.0017 0.0002 0.0 -0.0005 -0.0032 -0.3379
84 0.4288 0.4288 0.0002 -0.0007 -0.0005 -0.0032 -0.3379
85 0.0025 -0.0015 -0.002 0.0004 0.0045 -0.0027 0.4447
86 0.565 0.565 -0.002 -0.0054 0.0045 -0.0027 0.4446
87 0.0025 -0.0015 0.002 0.0004 -0.0045 -0.0027 -0.4447
88 0.565 0.565 0.002 -0.0054 -0.0045 -0.0027 -0.4446
89 0.0 0.0 0.0 0.0 0.0 0.0 0.0
90 0.0 0.0 0.0 0.0 0.0 0.0 0.0
91 0.0 0.0 0.0 0.0 0.0 0.0 0.0
92 0.0 0.0 0.0 0.0 0.0 0.0 0.0

反力データ
節点No 水平反力Ｆ(N) 反力Ｆx(N) 反力Ｆy(N) 反力Ｆz(N) 反ﾓｰﾒﾝﾄＭx(N･mm) 反ﾓｰﾒﾝﾄＭy(N･mm) 反ﾓｰﾒﾝﾄＭz(N･mm)
89 1523 1476 -375.5 -111.2 -62440 97230 -160800
90 1523 1476 375.5 -111.2 62440 97230 160800
91 1780 1713 -481.6 -2141.0 -602100 94050 -211600
92 1780 1713 481.6 -2141.0 602100 94050 211600

最大曲げ・せん断データ
最大曲げﾓｰﾒﾝﾄ(N･mm) = 626200 発生要素No =104 最大せん断力(N) = 2170 発生要素No =101
最大曲げ応力(N/mm2) = 80.43 発生要素No =100 最大せん断応力(N/mm2) = 1.82 発生要素No =101
最小曲げ応力安全率 = 2.909 発生要素No =100 最小せん断応力安全率 = 74.49 発生要素No =101

曲げ関係
要素No 節点No 材料No 曲げﾓｰﾒﾝﾄＭyB(N･mm) 曲げ応力σyB(N/mm2) σyB安全率 曲げﾓｰﾒﾝﾄＭzB(N･mm) 曲げ応力σzB(N/mm2) σzB安全率
1 1 1 0.0 0.0 ***** 0.0 0.0 *****
1 2 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
2 2 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
2 3 1 96050.0 27.06 8.648 0.0 0.0 *****
3 3 1 -130300.0 -36.72 6.373 54340.0 15.31 15.29
3 4 1 -123800.0 -34.87 6.71 11500.0 3.239 72.24
4 4 1 -123800.0 -34.87 6.71 11500.0 3.239 72.24
4 5 1 -105000.0 -29.57 7.914 7332.0 2.065 113.3
5 5 1 -105000.0 -29.57 7.914 7332.0 2.065 113.3
5 6 1 179700.0 50.61 4.624 -24550.0 -6.914 33.84
6 6 1 161200.0 45.41 5.153 -24340.0 -6.855 34.13
6 7 1 -49330.0 -13.9 16.84 -32510.0 -9.158 25.55
7 7 1 -49330.0 -13.9 16.84 -32510.0 -9.158 25.55
7 8 1 -57490.0 -16.2 14.45 -33510.0 -9.439 24.79
8 8 1 -57490.0 -16.2 14.45 -33510.0 -9.439 24.79
8 9 1 40280.0 11.35 20.62 -44150.0 -12.44 18.81
9 9 1 98970.0 27.88 8.394 0.0 0.0 *****
9 10 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
10 10 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
10 11 1 0.0 0.0 ***** 0.0 0.0 *****
11 3 2 226400.0 63.78 3.669 27010.0 7.61 30.75
11 12 2 194100.0 54.67 4.28 30440.0 8.576 27.29
12 12 2 194100.0 54.68 4.279 33420.0 9.414 24.86
12 13 2 54320.0 15.3 15.29 -13380.0 -3.77 62.08
13 13 2 54320.0 15.3 15.29 -13380.0 -3.77 62.08
13 14 2 24770.0 6.977 33.54 -23200.0 -6.535 35.8
14 14 7 23200.0 0.617 379.2 24770.0 3.294 71.04
14 15 7 39570.0 1.052 222.4 -24550.0 -3.265 71.66
15 9 3 -58680.0 -16.53 14.16 21610.0 6.088 38.44
15 16 3 -36120.0 -10.17 23.0 20760.0 5.847 40.02
16 16 3 -35930.0 -10.12 23.12 34120.0 9.611 24.35
16 17 3 50320.0 14.17 16.51 -27170.0 -7.654 30.57
17 17 3 80280.0 22.61 10.35 -64840.0 -18.27 12.81
17 18 3 34860.0 9.819 23.83 -69800.0 -19.66 11.9
18 18 8 69800.0 1.856 126.1 34860.0 4.635 50.48
18 19 8 74760.0 1.988 117.7 -10670.0 -1.419 164.9
19 6 4 18440.0 5.194 45.05 576.9 0.1625 1440.0
19 17 4 29950.0 8.438 27.73 -63390.0 -17.86 13.1
20 20 1 0.0 0.0 ***** 0.0 0.0 *****
20 21 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
21 21 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
21 22 1 96050.0 27.06 8.648 0.0 0.0 *****
22 22 1 16390.0 4.617 50.69 23120.0 6.511 35.94
22 23 1 -138100.0 -38.9 6.015 5620.0 1.583 147.8
23 23 1 -138100.0 -38.9 6.015 5620.0 1.583 147.8
23 24 1 -134900.0 -38.01 6.157 3918.0 1.104 212.0
24 24 1 -134900.0 -38.01 6.157 3918.0 1.104 212.0
24 25 1 29860.0 8.412 27.82 -9100.0 -2.564 91.28
25 25 1 75410.0 21.24 11.02 -9085.0 -2.559 91.44
25 26 1 -82690.0 -23.29 10.05 -13200.0 -3.718 62.93
26 26 1 -82690.0 -23.29 10.05 -13200.0 -3.718 62.93
26 27 1 -84470.0 -23.8 9.834 -13700.0 -3.859 60.63
27 27 1 -84470.0 -23.8 9.834 -13700.0 -3.859 60.63
27 28 1 81590.0 22.98 10.18 -19060.0 -5.369 43.59
28 28 1 98970.0 27.88 8.394 0.0 0.0 *****
28 29 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
29 29 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
29 30 1 0.0 0.0 ***** 0.0 0.0 *****
30 22 2 79660.0 22.44 10.43 11490.0 3.237 72.28
30 31 2 57160.0 16.1 14.53 12890.0 3.632 64.43
31 31 2 57120.0 16.09 14.54 18790.0 5.294 44.2
31 32 2 21650.0 6.099 38.37 -18140.0 -5.111 45.79
32 32 2 21650.0 6.099 38.37 -18140.0 -5.111 45.79
32 33 2 13980.0 3.938 59.42 -25890.0 -7.294 32.08
33 33 7 25890.0 0.6886 339.8 13980.0 1.859 125.9
33 34 7 38810.0 1.032 226.7 1133.0 0.1507 1553.0
34 28 3 -17380.0 -4.896 47.79 9330.0 2.628 89.03
34 35 3 -23200.0 -6.536 35.8 8899.0 2.507 93.34
35 35 3 -23390.0 -6.588 35.52 20290.0 5.717 40.93
35 36 3 21150.0 5.959 39.27 -20000.0 -5.634 41.53
36 36 3 59170.0 16.67 14.04 -34190.0 -9.63 24.3
36 37 3 30780.0 8.671 26.99 -36730.0 -10.35 22.62
37 37 8 36730.0 0.9768 239.6 30780.0 4.093 57.17
37 38 8 39270.0 1.044 224.1 2284.0 0.3037 770.5
38 25 4 -45540.0 -12.83 18.24 274.2 0.0772 3030.0
38 36 4 38010.0 10.71 21.85 -23810.0 -6.707 34.89
39 39 1 0.0 0.0 ***** 0.0 0.0 *****
39 40 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
40 40 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
40 41 1 96050.0 27.06 8.648 0.0 0.0 *****
41 41 1 16390.0 4.617 50.69 -23120.0 -6.511 35.94
41 42 1 -138100.0 -38.9 6.015 -5620.0 -1.583 147.8
42 42 1 -138100.0 -38.9 6.015 -5620.0 -1.583 147.8
42 43 1 -134900.0 -38.01 6.157 -3918.0 -1.104 212.0
43 43 1 -134900.0 -38.01 6.157 -3918.0 -1.104 212.0
43 44 1 29860.0 8.412 27.82 9100.0 2.564 91.28
44 44 1 75410.0 21.24 11.02 9085.0 2.559 91.44
44 45 1 -82690.0 -23.29 10.05 13200.0 3.718 62.93
45 45 1 -82690.0 -23.29 10.05 13200.0 3.718 62.93
45 46 1 -84470.0 -23.8 9.834 13700.0 3.859 60.63
46 46 1 -84470.0 -23.8 9.834 13700.0 3.859 60.63
46 47 1 81590.0 22.98 10.18 19060.0 5.369 43.59
47 47 1 98970.0 27.88 8.394 0.0 0.0 *****
47 48 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
48 48 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
48 49 1 0.0 0.0 ***** 0.0 0.0 *****
49 41 2 79660.0 22.44 10.43 -11490.0 -3.237 72.28
49 50 2 57160.0 16.1 14.53 -12890.0 -3.632 64.43
50 50 2 57120.0 16.09 14.54 -18790.0 -5.294 44.2
50 51 2 21650.0 6.099 38.37 18140.0 5.111 45.79
51 51 2 21650.0 6.099 38.37 18140.0 5.111 45.79
51 52 2 13980.0 3.938 59.42 25890.0 7.294 32.08
52 52 7 -25890.0 -0.6886 339.8 13980.0 1.859 125.9
52 53 7 -38810.0 -1.032 226.7 1133.0 0.1507 1553.0
53 47 3 -17380.0 -4.896 47.79 -9330.0 -2.628 89.03
53 54 3 -23200.0 -6.536 35.8 -8899.0 -2.507 93.34
54 54 3 -23390.0 -6.588 35.52 -20290.0 -5.717 40.93
54 55 3 21150.0 5.959 39.27 20000.0 5.634 41.53
55 55 3 59170.0 16.67 14.04 34190.0 9.63 24.3
55 56 3 30780.0 8.671 26.99 36730.0 10.35 22.62
56 56 8 -36730.0 -0.9768 239.6 30780.0 4.093 57.17
56 57 8 -39270.0 -1.044 224.1 2284.0 0.3037 770.5
57 44 4 -45540.0 -12.83 18.24 -274.2 -0.0772 3030.0
57 55 4 38010.0 10.71 21.85 23810.0 6.707 34.89
58 58 1 0.0 0.0 ***** 0.0 0.0 *****
58 59 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
59 59 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
59 60 1 96050.0 27.06 8.648 0.0 0.0 *****
60 60 1 -130300.0 -36.72 6.373 -54340.0 -15.31 15.29
60 61 1 -123800.0 -34.87 6.71 -11500.0 -3.239 72.24
61 61 1 -123800.0 -34.87 6.71 -11500.0 -3.239 72.24
61 62 1 -105000.0 -29.57 7.914 -7332.0 -2.065 113.3
62 62 1 -105000.0 -29.57 7.914 -7332.0 -2.065 113.3
62 63 1 179700.0 50.61 4.624 24550.0 6.914 33.84
63 63 1 161200.0 45.41 5.153 24340.0 6.855 34.13
63 64 1 -49330.0 -13.9 16.84 32510.0 9.158 25.55
64 64 1 -49330.0 -13.9 16.84 32510.0 9.158 25.55
64 65 1 -57490.0 -16.2 14.45 33510.0 9.439 24.79
65 65 1 -57490.0 -16.2 14.45 33510.0 9.439 24.79
65 66 1 40280.0 11.35 20.62 44150.0 12.44 18.81
66 66 1 98970.0 27.88 8.394 0.0 0.0 *****
66 67 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
67 67 1 -17.52 -0.0049 47400.0 0.0 0.0 *****
67 68 1 0.0 0.0 ***** 0.0 0.0 *****
68 60 2 226400.0 63.78 3.669 -27010.0 -7.61 30.75
68 69 2 194100.0 54.67 4.28 -30440.0 -8.576 27.29
69 69 2 194100.0 54.68 4.279 -33420.0 -9.414 24.86
69 70 2 54320.0 15.3 15.29 13380.0 3.77 62.08
70 70 2 54320.0 15.3 15.29 13380.0 3.77 62.08
70 71 2 24770.0 6.977 33.54 23200.0 6.535 35.8
71 71 7 -23200.0 -0.617 379.2 24770.0 3.294 71.04
71 72 7 -39570.0 -1.052 222.4 -24550.0 -3.265 71.66
72 66 3 -58680.0 -16.53 14.16 -21610.0 -6.088 38.44
72 73 3 -36120.0 -10.17 23.0 -20760.0 -5.847 40.02
73 73 3 -35930.0 -10.12 23.12 -34120.0 -9.611 24.35
73 74 3 50320.0 14.17 16.51 27170.0 7.654 30.57
74 74 3 80280.0 22.61 10.35 64840.0 18.27 12.81
74 75 3 34860.0 9.819 23.83 69800.0 19.66 11.9
75 75 8 -69800.0 -1.856 126.1 34860.0 4.635 50.48
75 76 8 -74760.0 -1.988 117.7 -10670.0 -1.419 164.9
76 63 4 18440.0 5.194 45.05 -576.9 -0.1625 1440.0
76 74 4 29950.0 8.438 27.73 63390.0 17.86 13.1
77 77 5 0.0 0.0 ***** 0.0 0.0 *****
77 12 5 -1026.0 -0.4119 568.0 -3007.0 -1.208 193.8
78 12 5 1952.0 0.7838 298.6 -46950.0 -18.86 12.41
78 31 5 -7634.0 -3.066 76.32 166600.0 66.93 3.496
79 31 5 -1734.0 -0.6964 336.0 146400.0 58.79 3.98
79 50 5 -1734.0 -0.6964 336.0 146400.0 58.79 3.98
80 50 5 -7634.0 -3.066 76.32 166600.0 66.93 3.496
80 69 5 1952.0 0.7838 298.6 -46950.0 -18.86 12.41
81 69 5 -1026.0 -0.4119 568.0 -3007.0 -1.208 193.8
81 78 5 0.0 0.0 ***** 0.0 0.0 *****
82 79 6 0.0 0.0 ***** 0.0 0.0 *****
82 16 6 -1026.0 -0.4119 568.0 -3007.0 -1.208 193.8
83 16 6 12340.0 4.955 47.23 -43020.0 -17.28 13.54
83 35 6 -22970.0 -9.227 25.36 171400.0 68.85 3.399
84 35 6 -11580.0 -4.651 50.32 154100.0 61.89 3.781
84 54 6 -11580.0 -4.651 50.32 154100.0 61.89 3.781
85 54 6 -22970.0 -9.227 25.36 171400.0 68.85 3.399
85 73 6 12340.0 4.955 47.23 -43020.0 -17.28 13.54
86 73 6 -1026.0 -0.4119 568.0 -3007.0 -1.208 193.8
86 80 6 0.0 0.0 ***** 0.0 0.0 *****
87 82 7 0.0 0.0 ***** 0.0 0.0 *****
87 81 7 -244.8 -0.0065 35940.0 -468.7 -0.0623 3755.0
88 81 7 80980.0 2.154 108.7 -161300.0 -21.45 10.91
88 15 7 56260.0 1.496 156.4 111400.0 14.81 15.8
89 15 7 95820.0 2.548 91.82 108200.0 14.39 16.26
89 34 7 -104700.0 -2.784 84.06 406900.0 54.1 4.325
90 34 7 -65860.0 -1.752 133.6 407100.0 54.13 4.323
90 53 7 -65860.0 -1.752 133.6 407100.0 54.13 4.323
91 53 7 -104700.0 -2.784 84.06 406900.0 54.1 4.325
91 72 7 95820.0 2.548 91.82 108200.0 14.39 16.26
92 72 7 56260.0 1.496 156.4 111400.0 14.81 15.8
92 83 7 80980.0 2.154 108.7 -161300.0 -21.45 10.91
93 83 7 -244.8 -0.0065 35940.0 -468.7 -0.0623 3755.0
93 84 7 0.0 0.0 ***** 0.0 0.0 *****
94 81 7 -81220.0 -2.16 108.3 -23420.0 -3.115 75.13
94 89 7 -62440.0 -1.661 140.9 -97230.0 -12.93 18.1
95 83 7 81220.0 2.16 108.3 -23420.0 -3.115 75.13
95 90 7 62440.0 1.661 140.9 -97230.0 -12.93 18.1
96 86 8 0.0 0.0 ***** 0.0 0.0 *****
96 85 8 -244.8 -0.0065 35940.0 -468.7 -0.0623 3755.0
97 85 8 625900.0 16.65 14.06 -212100.0 -28.21 8.296
97 19 8 218500.0 5.812 40.26 105300.0 14.0 16.71
98 19 8 293300.0 7.8 30.0 55820.0 7.422 31.53
98 38 8 -366000.0 -9.734 24.04 604800.0 80.43 2.909
99 38 8 -326700.0 -8.69 26.93 586400.0 77.98 3.001
99 57 8 -326700.0 -8.69 26.93 586400.0 77.98 3.001
100 57 8 -366000.0 -9.734 24.04 604800.0 80.43 2.909
100 76 8 293300.0 7.8 30.0 55820.0 7.422 31.53
101 76 8 218500.0 5.812 40.26 105300.0 14.0 16.71
101 87 8 625900.0 16.65 14.06 -212100.0 -28.21 8.296
102 87 8 -244.8 -0.0065 35940.0 -468.7 -0.0623 3755.0
102 88 8 0.0 0.0 ***** 0.0 0.0 *****
103 85 8 -626200.0 -16.65 14.05 -8388.0 -1.115 209.8
103 91 8 -602100.0 -16.01 14.61 -94050.0 -12.51 18.71
104 87 8 626200.0 16.65 14.05 -8388.0 -1.115 209.8
104 92 8 602100.0 16.01 14.61 -94050.0 -12.51 18.71

ねじり関係
要素No 節点No 材料No ねじりﾓｰﾒﾝﾄＭxB(N･mm) ねじり応力τxB(N/mm2) τxB安全率
1 1 > 2 1 0.0 0.0 *****
2 2 > 3 1 0.0 0.0 *****
3 3 > 4 1 181.4 0.1608 843.0
4 4 > 5 1 181.5 0.1609 842.8
5 5 > 6 1 181.4 0.1609 843.0
6 6 > 7 1 -535.2 -0.4744 285.8
7 7 > 8 1 -535.0 -0.4743 285.9
8 8 > 9 1 -535.2 -0.4744 285.8
9 9 > 10 1 0.0 0.0 *****
10 10 > 11 1 0.0 0.0 *****
11 3 > 12 2 47150.0 41.8 3.244
12 12 > 13 2 3208.0 2.844 47.69
13 13 > 14 2 3208.0 2.844 47.69
14 14 > 15 7 3208.0 1.398 97.02
15 9 > 16 3 38500.0 34.14 3.972
16 16 > 17 3 -1513.0 -1.341 101.1
17 17 > 18 3 49470.0 43.86 3.092
18 18 > 19 8 49470.0 21.55 6.291
19 6 > 17 4 473.8 0.4201 322.8
20 20 > 21 1 0.0 0.0 *****
21 21 > 22 1 0.0 0.0 *****
22 22 > 23 1 74.84 0.0663 2044.0
23 23 > 24 1 74.86 0.0664 2043.0
24 24 > 25 1 74.84 0.0664 2044.0
25 25 > 26 1 -229.8 -0.2038 665.5
26 26 > 27 1 -229.8 -0.2037 665.7
27 27 > 28 1 -229.8 -0.2038 665.5
28 28 > 29 1 0.0 0.0 *****
29 29 > 30 1 0.0 0.0 *****
30 22 > 31 2 20060.0 17.78 7.627
31 31 > 32 2 -199.6 -0.1769 766.5
32 32 > 33 2 -199.6 -0.1769 766.5
33 33 > 34 7 -199.6 -0.0869 1560.0
34 28 > 35 3 16620.0 14.73 9.203
35 35 > 36 3 -711.6 -0.6308 215.0
36 36 > 37 3 18410.0 16.32 8.308
37 37 > 38 8 18410.0 8.022 16.9
38 25 > 36 4 133.7 0.1186 1144.0
39 39 > 40 1 0.0 0.0 *****
40 40 > 41 1 0.0 0.0 *****
41 41 > 42 1 -74.84 -0.0663 2044.0
42 42 > 43 1 -74.86 -0.0664 2043.0
43 43 > 44 1 -74.84 -0.0664 2044.0
44 44 > 45 1 229.8 0.2038 665.5
45 45 > 46 1 229.8 0.2037 665.7
46 46 > 47 1 229.8 0.2038 665.5
47 47 > 48 1 0.0 0.0 *****
48 48 > 49 1 0.0 0.0 *****
49 41 > 50 2 -20060.0 -17.78 7.627
50 50 > 51 2 199.6 0.1769 766.5
51 51 > 52 2 199.6 0.1769 766.5
52 52 > 53 7 199.6 0.0869 1560.0
53 47 > 54 3 -16620.0 -14.73 9.203
54 54 > 55 3 711.6 0.6308 215.0
55 55 > 56 3 -18410.0 -16.32 8.308
56 56 > 57 8 -18410.0 -8.022 16.9
57 44 > 55 4 -133.7 -0.1186 1144.0
58 58 > 59 1 0.0 0.0 *****
59 59 > 60 1 0.0 0.0 *****
60 60 > 61 1 -181.4 -0.1608 843.0
61 61 > 62 1 -181.5 -0.1609 842.8
62 62 > 63 1 -181.4 -0.1609 843.0
63 63 > 64 1 535.2 0.4744 285.8
64 64 > 65 1 535.0 0.4743 285.9
65 65 > 66 1 535.2 0.4744 285.8
66 66 > 67 1 0.0 0.0 *****
67 67 > 68 1 0.0 0.0 *****
68 60 > 69 2 -47150.0 -41.8 3.244
69 69 > 70 2 -3208.0 -2.844 47.69
70 70 > 71 2 -3208.0 -2.844 47.69
71 71 > 72 7 -3208.0 -1.398 97.02
72 66 > 73 3 -38500.0 -34.14 3.972
73 73 > 74 3 1513.0 1.341 101.1
74 74 > 75 3 -49470.0 -43.86 3.092
75 75 > 76 8 -49470.0 -21.55 6.291
76 63 > 74 4 -473.8 -0.4201 322.8
77 77 > 12 5 0.0 0.0 *****
78 12 > 31 5 -36.37 -0.071 1909.0
79 31 > 50 5 0.0 0.0 *****
80 50 > 69 5 36.37 0.071 1909.0
81 69 > 78 5 0.0 0.0 *****
82 79 > 16 6 0.0 0.0 *****
83 16 > 35 6 -184.7 -0.3608 375.9
84 35 > 54 6 0.0 0.0 *****
85 54 > 73 6 184.7 0.3608 375.9
86 73 > 80 6 0.0 0.0 *****
87 82 > 81 7 0.0 0.0 *****
88 81 > 15 7 23420.0 10.21 13.29
89 15 > 34 7 -1133.0 -0.4938 274.6
90 34 > 53 7 0.0 0.0 *****
91 53 > 72 7 1133.0 0.4938 274.6
92 72 > 83 7 -23420.0 -10.21 13.29
93 83 > 84 7 0.0 0.0 *****
94 81 > 89 7 -160800.0 -70.08 1.935
95 83 > 90 7 160800.0 70.08 1.935
96 86 > 85 8 0.0 0.0 *****
97 85 > 19 8 8388.0 3.655 37.1
98 19 > 38 8 -2284.0 -0.9952 136.3
99 38 > 57 8 0.0 0.0 *****
100 57 > 76 8 2284.0 0.9952 136.3
101 76 > 87 8 -8388.0 -3.655 37.1
102 87 > 88 8 0.0 0.0 *****
103 85 > 91 8 -211600.0 -92.22 1.47
104 87 > 92 8 211600.0 92.22 1.47

せん断関係
要素No 節点No 材料No せん断力ＦyB(N) せん断応力τyB(N/mm2) τyB安全率 せん断力ＦzB(N) せん断応力τzB(N/mm2) τzB安全率
1 1 1 0.0 0.0 ***** 0.0 0.0 *****
1 2 1 0.0 0.0 ***** -1.149 -0.002 66600.0
2 2 1 0.0 0.0 ***** 310.1 0.5494 246.8
2 3 1 0.0 0.0 ***** 298.2 0.5283 256.7
3 3 1 68.32 0.121 1120.0 22.26 0.0394 3438.0
3 4 1 68.32 0.121 1120.0 -1.364 -0.0024 56100.0
4 4 1 68.32 0.121 1120.0 309.8 0.549 247.0
4 5 1 68.32 0.121 1120.0 307.5 0.5449 248.9
5 5 1 68.32 0.121 1120.0 618.8 1.096 123.7
5 6 1 68.32 0.121 1120.0 601.2 1.065 127.3
6 6 1 17.16 0.0304 4460.0 -433.0 -0.7671 176.8
6 7 1 17.16 0.0304 4460.0 -450.9 -0.7989 169.7
7 7 1 17.16 0.0304 4460.0 -139.7 -0.2475 547.8
7 8 1 17.16 0.0304 4460.0 -141.9 -0.2514 539.4
8 8 1 17.16 0.0304 4460.0 169.3 0.3 452.0
8 9 1 17.16 0.0304 4460.0 145.9 0.2586 524.4
9 9 1 0.0 0.0 ***** -297.8 -0.5276 257.0
9 10 1 0.0 0.0 ***** -310.1 -0.5494 246.8
10 10 1 0.0 0.0 ***** 1.149 0.002 66600.0
10 11 1 0.0 0.0 ***** 0.0 0.0 *****
11 3 2 -68.32 -0.121 1120.0 -641.7 -1.137 119.3
11 12 2 -68.32 -0.121 1120.0 -646.1 -1.145 118.5
12 12 2 327.3 0.5799 233.8 -971.3 -1.721 78.8
12 13 2 327.3 0.5799 233.8 -983.8 -1.743 77.79
13 13 2 327.3 0.5799 233.8 -983.8 -1.743 77.79
13 14 2 327.3 0.5799 233.8 -986.5 -1.748 77.58
14 14 7 986.5 0.8276 163.9 327.3 0.2746 493.9
14 15 7 986.5 0.8276 163.9 327.3 0.2746 493.9
15 9 3 17.16 0.0304 4460.0 454.3 0.805 168.4
15 16 3 17.16 0.0304 4460.0 450.0 0.7972 170.1
16 16 3 47.96 0.085 1596.0 123.7 0.2192 618.7
16 17 3 47.96 0.085 1596.0 11.29 0.02 6778.0
17 17 3 99.12 0.1756 772.1 -906.2 -1.606 84.46
17 18 3 99.12 0.1756 772.1 -910.6 -1.613 84.05
18 18 8 910.6 0.7639 177.5 99.12 0.0832 1631.0
18 19 8 910.6 0.7639 177.5 99.12 0.0832 1631.0
19 6 4 51.16 0.0906 1496.0 50.77 0.09 1507.0
19 17 4 51.16 0.0906 1496.0 -32.36 -0.0573 2365.0
20 20 1 0.0 0.0 ***** 0.0 0.0 *****
20 21 1 0.0 0.0 ***** -1.149 -0.002 66600.0
21 21 1 0.0 0.0 ***** 310.1 0.5494 246.8
21 22 1 0.0 0.0 ***** 298.2 0.5283 256.7
22 22 1 27.9 0.0494 2743.0 -234.5 -0.4156 326.3
22 23 1 27.9 0.0494 2743.0 -258.2 -0.4574 296.4
23 23 1 27.9 0.0494 2743.0 53.04 0.094 1443.0
23 24 1 27.9 0.0494 2743.0 50.75 0.0899 1508.0
24 24 1 27.9 0.0494 2743.0 362.0 0.6413 211.4
24 25 1 27.9 0.0494 2743.0 344.4 0.6102 222.2
25 25 1 8.638 0.0153 8860.0 -322.9 -0.5721 237.0
25 26 1 8.638 0.0153 8860.0 -340.8 -0.6039 224.5
26 26 1 8.638 0.0153 8860.0 -29.63 -0.0525 2583.0
26 27 1 8.638 0.0153 8860.0 -31.82 -0.0564 2405.0
27 27 1 8.638 0.0153 8860.0 279.4 0.495 273.9
27 28 1 8.638 0.0153 8860.0 256.0 0.4536 298.9
28 28 1 0.0 0.0 ***** -297.8 -0.5276 257.0
28 29 1 0.0 0.0 ***** -310.1 -0.5494 246.8
29 29 1 0.0 0.0 ***** 1.149 0.002 66600.0
29 30 1 0.0 0.0 ***** 0.0 0.0 *****
30 22 2 -27.9 -0.0494 2743.0 -446.1 -0.7905 171.5
30 31 2 -27.9 -0.0494 2743.0 -450.6 -0.7983 169.9
31 31 2 258.3 0.4577 296.3 -241.7 -0.4283 316.6
31 32 2 258.3 0.4577 296.3 -254.3 -0.4506 300.9
32 32 2 258.3 0.4577 296.3 -254.3 -0.4506 300.9
32 33 2 258.3 0.4577 296.3 -257.0 -0.4553 297.8
33 33 7 257.0 0.2156 629.0 258.3 0.2167 625.8
33 34 7 257.0 0.2156 629.0 258.3 0.2167 625.8
34 28 3 8.638 0.0153 8860.0 -114.5 -0.2028 668.6
34 35 3 8.638 0.0153 8860.0 -118.8 -0.2106 644.0
35 35 3 31.53 0.0559 2427.0 91.05 0.1613 840.5
35 36 3 31.53 0.0559 2427.0 -21.35 -0.0378 3585.0
36 36 3 50.79 0.09 1507.0 -565.5 -1.002 135.3
36 37 3 50.79 0.09 1507.0 -569.9 -1.01 134.3
37 37 8 569.9 0.4781 283.6 50.79 0.0426 3182.0
37 38 8 569.9 0.4781 283.6 50.79 0.0426 3182.0
38 25 4 19.26 0.0341 3973.0 108.4 0.192 706.1
38 36 4 19.26 0.0341 3973.0 25.26 0.0448 3029.0
39 39 1 0.0 0.0 ***** 0.0 0.0 *****
39 40 1 0.0 0.0 ***** -1.149 -0.002 66600.0
40 40 1 0.0 0.0 ***** 310.1 0.5494 246.8
40 41 1 0.0 0.0 ***** 298.2 0.5283 256.7
41 41 1 -27.9 -0.0494 2743.0 -234.5 -0.4156 326.3
41 42 1 -27.9 -0.0494 2743.0 -258.2 -0.4574 296.4
42 42 1 -27.9 -0.0494 2743.0 53.04 0.094 1443.0
42 43 1 -27.9 -0.0494 2743.0 50.75 0.0899 1508.0
43 43 1 -27.9 -0.0494 2743.0 362.0 0.6413 211.4
43 44 1 -27.9 -0.0494 2743.0 344.4 0.6102 222.2
44 44 1 -8.638 -0.0153 8860.0 -322.9 -0.5721 237.0
44 45 1 -8.638 -0.0153 8860.0 -340.8 -0.6039 224.5
45 45 1 -8.638 -0.0153 8860.0 -29.63 -0.0525 2583.0
45 46 1 -8.638 -0.0153 8860.0 -31.82 -0.0564 2405.0
46 46 1 -8.638 -0.0153 8860.0 279.4 0.495 273.9
46 47 1 -8.638 -0.0153 8860.0 256.0 0.4536 298.9
47 47 1 0.0 0.0 ***** -297.8 -0.5276 257.0
47 48 1 0.0 0.0 ***** -310.1 -0.5494 246.8
48 48 1 0.0 0.0 ***** 1.149 0.002 66600.0
48 49 1 0.0 0.0 ***** 0.0 0.0 *****
49 41 2 27.9 0.0494 2743.0 -446.1 -0.7905 171.5
49 50 2 27.9 0.0494 2743.0 -450.6 -0.7983 169.9
50 50 2 -258.3 -0.4577 296.3 -241.7 -0.4283 316.6
50 51 2 -258.3 -0.4577 296.3 -254.3 -0.4506 300.9
51 51 2 -258.3 -0.4577 296.3 -254.3 -0.4506 300.9
51 52 2 -258.3 -0.4577 296.3 -257.0 -0.4553 297.8
52 52 7 257.0 0.2156 629.0 -258.3 -0.2167 625.8
52 53 7 257.0 0.2156 629.0 -258.3 -0.2167 625.8
53 47 3 -8.638 -0.0153 8860.0 -114.5 -0.2028 668.6
53 54 3 -8.638 -0.0153 8860.0 -118.8 -0.2106 644.0
54 54 3 -31.53 -0.0559 2427.0 91.05 0.1613 840.5
54 55 3 -31.53 -0.0559 2427.0 -21.35 -0.0378 3585.0
55 55 3 -50.79 -0.09 1507.0 -565.5 -1.002 135.3
55 56 3 -50.79 -0.09 1507.0 -569.9 -1.01 134.3
56 56 8 569.9 0.4781 283.6 -50.79 -0.0426 3182.0
56 57 8 569.9 0.4781 283.6 -50.79 -0.0426 3182.0
57 44 4 -19.26 -0.0341 3973.0 108.4 0.192 706.1
57 55 4 -19.26 -0.0341 3973.0 25.26 0.0448 3029.0
58 58 1 0.0 0.0 ***** 0.0 0.0 *****
58 59 1 0.0 0.0 ***** -1.149 -0.002 66600.0
59 59 1 0.0 0.0 ***** 310.1 0.5494 246.8
59 60 1 0.0 0.0 ***** 298.2 0.5283 256.7
60 60 1 -68.32 -0.121 1120.0 22.26 0.0394 3438.0
60 61 1 -68.32 -0.121 1120.0 -1.364 -0.0024 56100.0
61 61 1 -68.32 -0.121 1120.0 309.8 0.549 247.0
61 62 1 -68.32 -0.121 1120.0 307.5 0.5449 248.9
62 62 1 -68.32 -0.121 1120.0 618.8 1.096 123.7
62 63 1 -68.32 -0.121 1120.0 601.2 1.065 127.3
63 63 1 -17.16 -0.0304 4460.0 -433.0 -0.7671 176.8
63 64 1 -17.16 -0.0304 4460.0 -450.9 -0.7989 169.7
64 64 1 -17.16 -0.0304 4460.0 -139.7 -0.2475 547.8
64 65 1 -17.16 -0.0304 4460.0 -141.9 -0.2514 539.4
65 65 1 -17.16 -0.0304 4460.0 169.3 0.3 452.0
65 66 1 -17.16 -0.0304 4460.0 145.9 0.2586 524.4
66 66 1 0.0 0.0 ***** -297.8 -0.5276 257.0
66 67 1 0.0 0.0 ***** -310.1 -0.5494 246.8
67 67 1 0.0 0.0 ***** 1.149 0.002 66600.0
67 68 1 0.0 0.0 ***** 0.0 0.0 *****
68 60 2 68.32 0.121 1120.0 -641.7 -1.137 119.3
68 69 2 68.32 0.121 1120.0 -646.1 -1.145 118.5
69 69 2 -327.3 -0.5799 233.8 -971.3 -1.721 78.8
69 70 2 -327.3 -0.5799 233.8 -983.8 -1.743 77.79
70 70 2 -327.3 -0.5799 233.8 -983.8 -1.743 77.79
70 71 2 -327.3 -0.5799 233.8 -986.5 -1.748 77.58
71 71 7 986.5 0.8276 163.9 -327.3 -0.2746 493.9
71 72 7 986.5 0.8276 163.9 -327.3 -0.2746 493.9
72 66 3 -17.16 -0.0304 4460.0 454.3 0.805 168.4
72 73 3 -17.16 -0.0304 4460.0 450.0 0.7972 170.1
73 73 3 -47.96 -0.085 1596.0 123.7 0.2192 618.7
73 74 3 -47.96 -0.085 1596.0 11.29 0.02 6778.0
74 74 3 -99.12 -0.1756 772.1 -906.2 -1.606 84.46
74 75 3 -99.12 -0.1756 772.1 -910.6 -1.613 84.05
75 75 8 910.6 0.7639 177.5 -99.12 -0.0832 1631.0
75 76 8 910.6 0.7639 177.5 -99.12 -0.0832 1631.0
76 63 4 -51.16 -0.0906 1496.0 50.77 0.09 1507.0
76 74 4 -51.16 -0.0906 1496.0 -32.36 -0.0573 2365.0
77 77 5 0.0 0.0 ***** 0.0 0.0 *****
77 12 5 23.0 0.0591 2295.0 -7.845 -0.0202 6727.0
78 12 5 -302.2 -0.7764 174.7 0.0178 0.0 *****
78 31 5 -231.8 -0.5956 227.7 -23.98 -0.0616 2201.0
79 31 5 -23.0 -0.0591 2295.0 7.845 0.0202 6727.0
79 50 5 23.0 0.0591 2295.0 -7.845 -0.0202 6727.0
80 50 5 231.8 0.5956 227.7 23.98 0.0616 2201.0
80 69 5 302.2 0.7764 174.7 -0.0178 0.0 *****
81 69 5 -23.0 -0.0591 2295.0 7.845 0.0202 6727.0
81 78 5 0.0 0.0 ***** 0.0 0.0 *****
82 79 6 0.0 0.0 ***** 0.0 0.0 *****
82 16 6 23.0 0.0591 2295.0 -7.845 -0.0202 6727.0
83 16 6 -303.3 -0.7792 174.0 -32.14 -0.0826 1642.0
83 35 6 -232.9 -0.5984 226.6 -56.14 -0.1442 940.1
84 35 6 -23.0 -0.0591 2295.0 7.845 0.0202 6727.0
84 54 6 23.0 0.0591 2295.0 -7.845 -0.0202 6727.0
85 54 6 232.9 0.5984 226.6 56.14 0.1442 940.1
85 73 6 303.3 0.7792 174.0 32.14 0.0826 1642.0
86 73 6 -23.0 -0.0591 2295.0 7.845 0.0202 6727.0
86 80 6 0.0 0.0 ***** 0.0 0.0 *****
87 82 7 0.0 0.0 ***** 0.0 0.0 *****
87 81 7 12.84 0.0108 12590.0 -6.707 -0.0056 24100.0
88 81 7 -1463.0 -1.228 110.5 -122.5 -0.1028 1320.0
88 15 7 -1430.0 -1.2 113.0 -139.8 -0.1173 1156.0
89 15 7 -443.7 -0.3722 364.3 -213.9 -0.1794 755.8
89 34 7 -303.0 -0.2542 533.5 -287.4 -0.2411 562.5
90 34 7 -46.0 -0.0386 3514.0 24.03 0.0202 6727.0
90 53 7 46.0 0.0386 3514.0 -24.03 -0.0202 6727.0
91 53 7 303.0 0.2542 533.5 287.4 0.2411 562.5
91 72 7 443.7 0.3722 364.3 213.9 0.1794 755.8
92 72 7 1430.0 1.2 113.0 139.8 0.1173 1156.0
92 83 7 1463.0 1.228 110.5 122.5 0.1028 1320.0
93 83 7 -12.84 -0.0108 12590.0 6.707 0.0056 24100.0
93 84 7 0.0 0.0 ***** 0.0 0.0 *****
94 81 7 1476.0 1.238 109.5 375.5 0.315 430.4
94 89 7 1476.0 1.238 109.5 375.5 0.315 430.4
95 83 7 1476.0 1.238 109.5 -375.5 -0.315 430.4
95 90 7 1476.0 1.238 109.5 -375.5 -0.315 430.4
96 86 8 0.0 0.0 ***** 0.0 0.0 *****
96 85 8 12.84 0.0108 12590.0 -6.707 -0.0056 24100.0
97 85 8 -1700.0 -1.426 95.06 -2153.0 -1.806 75.09
97 19 8 -1667.0 -1.399 96.95 -2170.0 -1.82 74.49
98 19 8 -756.6 -0.6348 213.6 -787.4 -0.6606 205.3
98 38 8 -615.9 -0.5167 262.4 -860.9 -0.7222 187.8
99 38 8 -46.0 -0.0386 3514.0 24.03 0.0202 6727.0
99 57 8 46.0 0.0386 3514.0 -24.03 -0.0202 6727.0
100 57 8 615.9 0.5167 262.4 860.9 0.7222 187.8
100 76 8 756.6 0.6348 213.6 787.4 0.6606 205.3
101 76 8 1667.0 1.399 96.95 2170.0 1.82 74.49
101 87 8 1700.0 1.426 95.06 2153.0 1.806 75.09
102 87 8 -12.84 -0.0108 12590.0 6.707 0.0056 24100.0
102 88 8 0.0 0.0 ***** 0.0 0.0 *****
103 85 8 1713.0 1.437 94.35 481.6 0.4041 335.6
103 91 8 1713.0 1.437 94.35 481.6 0.4041 335.6
104 87 8 1713.0 1.437 94.35 -481.6 -0.4041 335.6
104 92 8 1713.0 1.437 94.35 -481.6 -0.4041 335.6

軸力・座屈関係
要素No 節点No 材料No 軸力ＦxB(N) 軸応力σxB(N/mm2) σxB安全率 要素全長(mm) 座屈荷重Ｆcr(N) 座屈安全率
1 1 1 -0.0829 -0.0001 ***** 30.5 187900 *****
1 2 1 -0.5805 -0.001 227500.0
2 2 1 -21.76 -0.0386 6070.0 315.9 164600 *****
2 3 1 -26.91 -0.0477 4907.0
3 3 1 552.2 0.9783 239.2 627.1 120200 217.7
3 4 1 541.9 0.9602 243.7
4 4 1 519.8 0.921 254.1 61.0 187200 360.1
4 5 1 518.8 0.9193 254.5
5 5 1 497.2 0.8809 265.6 466.6 143300 288.3
5 6 1 489.6 0.8674 269.8
6 6 1 873.1 1.547 151.3 476.4 141900 162.5
6 7 1 865.3 1.533 152.6
7 7 1 843.6 1.495 156.5 58.0 187300 222.0
7 8 1 842.7 1.493 156.7
8 8 1 820.6 1.454 160.9 620.3 121200 147.6
8 9 1 810.5 1.436 163.0
9 9 1 27.1 0.048 4874.0 325.7 163300 6025.0
9 10 1 21.79 0.0386 6062.0
10 10 1 0.5805 0.001 227500.0 30.5 187900 323700.0
10 11 1 0.0829 0.0001 *****
11 3 2 52.16 0.0924 2532.0 50.21 187500 3595.0
11 12 2 53.8 0.0953 2455.0
12 12 2 62.71 0.1111 2106.0 143.0 182800 2915.0
12 13 2 67.38 0.1194 1960.0
13 13 2 68.32 0.121 1933.0 30.0 187900 2751.0
13 14 2 69.3 0.1228 1906.0
14 14 7 70.04 0.0587 3983.0 50.0 396800 5666.0
14 15 7 73.48 0.0617 3796.0
15 9 3 -774.4 -1.372 170.5 49.91 187500 *****
15 16 3 -772.8 -1.369 170.9
16 16 3 -789.9 -1.399 167.2 1278.0 65140 *****
16 17 3 -748.2 -1.326 176.5
17 17 3 -1389.0 -2.461 95.08 50.0 187500 *****
17 18 3 -1387.0 -2.458 95.19
18 18 8 -1387.0 -1.163 201.2 50.0 396800 *****
18 19 8 -1383.0 -1.16 201.7
19 6 4 -1105.0 -1.958 119.5 1250.0 68050 *****
19 17 4 -1120.0 -1.985 117.9
20 20 1 -0.0829 -0.0001 ***** 30.5 187900 *****
20 21 1 -0.5805 -0.001 227500.0
21 21 1 -21.76 -0.0386 6070.0 315.9 164600 *****
21 22 1 -26.91 -0.0477 4907.0
22 22 1 178.1 0.3156 741.4 627.1 120200 674.9
22 23 1 167.9 0.2975 786.6
23 23 1 145.8 0.2583 905.8 61.0 187200 1284.0
23 24 1 144.8 0.2566 912.1
24 24 1 123.1 0.2182 1073.0 466.6 143300 1164.0
24 25 1 115.5 0.2047 1143.0
25 25 1 279.9 0.4958 471.9 476.4 141900 507.0
25 26 1 272.1 0.4821 485.4
26 26 1 250.4 0.4436 527.4 58.0 187300 747.9
26 27 1 249.4 0.442 529.4
27 27 1 227.4 0.4028 580.9 620.3 121200 532.9
27 28 1 217.2 0.3849 607.9
28 28 1 27.1 0.048 4874.0 325.7 163300 6025.0
28 29 1 21.79 0.0386 6062.0
29 29 1 0.5805 0.001 227500.0 30.5 187900 323700.0
29 30 1 0.0829 0.0001 *****
30 22 2 -357.3 -0.633 369.7 50.21 187500 *****
30 31 2 -355.6 -0.6301 371.4
31 31 2 -322.7 -0.5718 409.2 143.0 182800 *****
31 32 2 -318.1 -0.5636 415.2
32 32 2 -317.1 -0.5619 416.5 30.0 187900 *****
32 33 2 -316.1 -0.5602 417.7
33 33 7 -315.4 -0.2646 884.3 50.0 396800 *****
33 34 7 -312.0 -0.2617 894.1
34 28 3 -573.1 -1.015 230.4 49.91 187500 *****
34 35 3 -571.5 -1.013 231.1
35 35 3 -500.3 -0.8864 264.0 1278.0 65140 *****
35 36 3 -458.6 -0.8125 288.0
36 36 3 -891.4 -1.579 148.2 50.0 187500 *****
36 37 3 -889.8 -1.577 148.4
37 37 8 -888.9 -0.7457 313.8 50.0 396800 *****
37 38 8 -885.5 -0.7429 315.0
38 25 4 -681.8 -1.208 193.7 1250.0 68050 *****
38 36 4 -696.9 -1.235 189.5
39 39 1 -0.0829 -0.0001 ***** 30.5 187900 *****
39 40 1 -0.5805 -0.001 227500.0
40 40 1 -21.76 -0.0386 6070.0 315.9 164600 *****
40 41 1 -26.91 -0.0477 4907.0
41 41 1 178.1 0.3156 741.4 627.1 120200 674.9
41 42 1 167.9 0.2975 786.6
42 42 1 145.8 0.2583 905.8 61.0 187200 1284.0
42 43 1 144.8 0.2566 912.1
43 43 1 123.1 0.2182 1073.0 466.6 143300 1164.0
43 44 1 115.5 0.2047 1143.0
44 44 1 279.9 0.4958 471.9 476.4 141900 507.0
44 45 1 272.1 0.4821 485.4
45 45 1 250.4 0.4436 527.4 58.0 187300 747.9
45 46 1 249.4 0.442 529.4
46 46 1 227.4 0.4028 580.9 620.3 121200 532.9
46 47 1 217.2 0.3849 607.9
47 47 1 27.1 0.048 4874.0 325.7 163300 6025.0
47 48 1 21.79 0.0386 6062.0
48 48 1 0.5805 0.001 227500.0 30.5 187900 323700.0
48 49 1 0.0829 0.0001 *****
49 41 2 -357.3 -0.633 369.7 50.21 187500 *****
49 50 2 -355.6 -0.6301 371.4
50 50 2 -322.7 -0.5718 409.2 143.0 182800 *****
50 51 2 -318.1 -0.5636 415.2
51 51 2 -317.1 -0.5619 416.5 30.0 187900 *****
51 52 2 -316.1 -0.5602 417.7
52 52 7 -315.4 -0.2646 884.3 50.0 396800 *****
52 53 7 -312.0 -0.2617 894.1
53 47 3 -573.1 -1.015 230.4 49.91 187500 *****
53 54 3 -571.5 -1.013 231.1
54 54 3 -500.3 -0.8864 264.0 1278.0 65140 *****
54 55 3 -458.6 -0.8125 288.0
55 55 3 -891.4 -1.579 148.2 50.0 187500 *****
55 56 3 -889.8 -1.577 148.4
56 56 8 -888.9 -0.7457 313.8 50.0 396800 *****
56 57 8 -885.5 -0.7429 315.0
57 44 4 -681.8 -1.208 193.7 1250.0 68050 *****
57 55 4 -696.9 -1.235 189.5
58 58 1 -0.0829 -0.0001 ***** 30.5 187900 *****
58 59 1 -0.5805 -0.001 227500.0
59 59 1 -21.76 -0.0386 6070.0 315.9 164600 *****
59 60 1 -26.91 -0.0477 4907.0
60 60 1 552.2 0.9783 239.2 627.1 120200 217.7
60 61 1 541.9 0.9602 243.7
61 61 1 519.8 0.921 254.1 61.0 187200 360.1
61 62 1 518.8 0.9193 254.5
62 62 1 497.2 0.8809 265.6 466.6 143300 288.3
62 63 1 489.6 0.8674 269.8
63 63 1 873.1 1.547 151.3 476.4 141900 162.5
63 64 1 865.3 1.533 152.6
64 64 1 843.6 1.495 156.5 58.0 187300 222.0
64 65 1 842.7 1.493 156.7
65 65 1 820.6 1.454 160.9 620.3 121200 147.6
65 66 1 810.5 1.436 163.0
66 66 1 27.1 0.048 4874.0 325.7 163300 6025.0
66 67 1 21.79 0.0386 6062.0
67 67 1 0.5805 0.001 227500.0 30.5 187900 323700.0
67 68 1 0.0829 0.0001 *****
68 60 2 52.16 0.0924 2532.0 50.21 187500 3595.0
68 69 2 53.8 0.0953 2455.0
69 69 2 62.71 0.1111 2106.0 143.0 182800 2915.0
69 70 2 67.38 0.1194 1960.0
70 70 2 68.32 0.121 1933.0 30.0 187900 2751.0
70 71 2 69.3 0.1228 1906.0
71 71 7 70.04 0.0587 3983.0 50.0 396800 5666.0
71 72 7 73.48 0.0617 3796.0
72 66 3 -774.4 -1.372 170.5 49.91 187500 *****
72 73 3 -772.8 -1.369 170.9
73 73 3 -789.9 -1.399 167.2 1278.0 65140 *****
73 74 3 -748.2 -1.326 176.5
74 74 3 -1389.0 -2.461 95.08 50.0 187500 *****
74 75 3 -1387.0 -2.458 95.19
75 75 8 -1387.0 -1.163 201.2 50.0 396800 *****
75 76 8 -1383.0 -1.16 201.7
76 63 4 -1105.0 -1.958 119.5 1250.0 68050 *****
76 74 4 -1120.0 -1.985 117.9
77 77 5 0.0 0.0 ***** 261.5 118600 *****
77 12 5 0.0 0.0 *****
78 12 5 -395.6 -1.016 230.2 800.0 68910 *****
78 31 5 -395.6 -1.016 230.2
79 31 5 -681.8 -1.752 133.6 523.0 94210 *****
79 50 5 -681.8 -1.752 133.6
80 50 5 -395.6 -1.016 230.2 800.0 68910 *****
80 69 5 -395.6 -1.016 230.2
81 69 5 0.0 0.0 ***** 261.5 118600 *****
81 78 5 0.0 0.0 *****
82 79 6 0.0 0.0 ***** 261.5 118600 *****
82 16 6 0.0 0.0 *****
83 16 6 -30.8 -0.0791 2957.0 800.0 68910 *****
83 35 6 -30.8 -0.0791 2957.0
84 35 6 -53.69 -0.1379 1696.0 523.0 94210 *****
84 54 6 -53.69 -0.1379 1696.0
85 54 6 -30.8 -0.0791 2957.0 800.0 68910 *****
85 73 6 -30.8 -0.0791 2957.0
86 73 6 0.0 0.0 ***** 261.5 118600 *****
86 80 6 0.0 0.0 *****
87 82 7 0.0 0.0 ***** 73.0 396200 *****
87 81 7 0.0 0.0 *****
88 81 7 -375.5 -0.315 742.7 188.5 389000 *****
88 15 7 -375.5 -0.315 742.7
89 15 7 -48.24 -0.0405 5782.0 800.0 286000 *****
89 34 7 -48.24 -0.0405 5782.0
90 34 7 210.1 0.1762 1328.0 523.0 340700 1622.0
90 53 7 210.1 0.1762 1328.0
91 53 7 -48.24 -0.0405 5782.0 800.0 286000 *****
91 72 7 -48.24 -0.0405 5782.0
92 72 7 -375.5 -0.315 742.7 188.5 389000 *****
92 83 7 -375.5 -0.315 742.7
93 83 7 0.0 0.0 ***** 73.0 396200 *****
93 84 7 0.0 0.0 *****
94 81 7 -115.2 -0.0966 2421.0 50.0 396800 *****
94 89 7 -111.8 -0.0938 2496.0
95 83 7 -115.2 -0.0966 2421.0 50.0 396800 *****
95 90 7 -111.8 -0.0938 2496.0
96 86 8 0.0 0.0 ***** 73.0 396200 *****
96 85 8 0.0 0.0 *****
97 85 8 -481.6 -0.4041 579.1 188.5 389000 *****
97 19 8 -481.6 -0.4041 579.1
98 19 8 -382.5 -0.3209 729.2 800.0 286000 *****
98 38 8 -382.5 -0.3209 729.2
99 38 8 -331.7 -0.2783 840.8 523.0 340700 *****
99 57 8 -331.7 -0.2783 840.8
100 57 8 -382.5 -0.3209 729.2 800.0 286000 *****
100 76 8 -382.5 -0.3209 729.2
101 76 8 -481.6 -0.4041 579.1 188.5 389000 *****
101 87 8 -481.6 -0.4041 579.1
102 87 8 0.0 0.0 ***** 73.0 396200 *****
102 88 8 0.0 0.0 *****
103 85 8 -2145.0 -1.8 130.0 50.0 396800 *****
103 91 8 -2142.0 -1.797 130.2
104 87 8 -2145.0 -1.8 130.0 50.0 396800 *****
104 92 8 -2142.0 -1.797 130.2

合成応力関係
要素No 節点No 材料No 合成引張り応力σsC(N/mm2) σsC安全率 合成圧縮応力σcC(N/mm2) σcC安全率 合成せん断応力τC(N/mm2) τC安全率
1 1 1 -0.0001 ***** -0.0001 ***** 0.0 *****
1 2 1 -0.006 39230.0 0.0039 59880.0 0.002 66600.0
2 2 1 -0.0435 5381.0 -0.0336 6961.0 0.5494 246.8
2 3 1 -27.11 8.633 27.01 8.664 0.5283 256.7
3 3 1 -51.05 4.584 53.0 4.415 0.2882 470.6
3 4 1 -37.15 6.299 39.07 5.989 0.2819 481.0
4 4 1 -37.19 6.292 39.03 5.995 0.7231 187.5
4 5 1 -30.71 7.619 32.55 7.188 0.7191 188.6
5 5 1 -30.75 7.609 32.51 7.197 1.264 107.3
5 6 1 -56.65 4.13 58.39 4.008 1.233 110.0
6 6 1 -50.72 4.614 53.81 4.348 1.242 109.2
6 7 1 -21.52 10.87 24.59 9.517 1.274 106.4
7 7 1 -21.56 10.85 24.55 9.532 0.7237 187.4
7 8 1 -24.14 9.693 27.13 8.626 0.7275 186.4
8 8 1 -24.18 9.677 27.09 8.639 0.776 174.7
8 9 1 -22.35 10.47 25.22 9.278 0.7348 184.5
9 9 1 -27.83 8.408 27.93 8.379 0.5276 257.0
9 10 1 0.0337 6951.0 0.0435 5375.0 0.5494 246.8
10 10 1 -0.0039 59880.0 0.006 39230.0 0.002 66600.0
10 11 1 0.0001 ***** 0.0001 ***** 0.0 *****
11 3 2 -71.29 3.282 71.48 3.274 42.95 3.158
11 12 2 -63.15 3.705 63.34 3.694 42.95 3.157
12 12 2 -63.98 3.657 64.21 3.645 4.66 29.1
12 13 2 -18.95 12.35 19.19 12.19 4.681 28.97
13 13 2 -18.95 12.35 19.19 12.19 4.681 28.97
13 14 2 -13.39 17.48 13.64 17.16 4.685 28.94
14 14 7 -3.852 60.75 3.97 58.95 2.27 59.75
14 15 7 -4.256 54.98 4.379 53.44 2.27 59.75
15 9 3 -23.99 9.754 21.25 11.01 34.94 3.881
15 16 3 -17.39 13.46 14.65 15.97 34.93 3.882
16 16 3 -21.13 11.07 18.33 12.76 1.576 86.02
16 17 3 -23.15 10.11 20.5 11.41 1.429 94.92
17 17 3 -43.34 5.399 38.42 6.091 45.47 2.982
17 18 3 -31.94 7.326 27.02 8.66 45.48 2.982
18 18 8 -7.655 30.57 5.328 43.92 22.32 6.074
18 19 8 -4.568 51.23 2.247 104.1 22.32 6.074
19 6 4 -7.315 31.99 3.399 68.85 0.5478 247.6
19 17 4 -28.28 8.275 24.31 9.626 0.5273 257.2
20 20 1 -0.0001 ***** -0.0001 ***** 0.0 *****
20 21 1 -0.006 39230.0 0.0039 59880.0 0.002 66600.0
21 21 1 -0.0435 5381.0 -0.0336 6961.0 0.5494 246.8
21 22 1 -27.11 8.633 27.01 8.664 0.5283 256.7
22 22 1 -10.81 21.64 11.44 20.45 0.4848 279.7
22 23 1 -40.19 5.823 40.78 5.738 0.5264 257.6
23 23 1 -40.22 5.817 40.74 5.744 0.1726 785.8
23 24 1 -38.86 6.022 39.37 5.944 0.169 802.5
24 24 1 -38.89 6.016 39.33 5.95 0.7096 191.1
24 25 1 -10.77 21.73 11.18 20.93 0.6785 199.8
25 25 1 -23.3 10.04 24.3 9.631 0.7761 174.7
25 26 1 -26.53 8.82 27.49 8.511 0.8078 167.9
26 26 1 -26.57 8.807 27.46 8.523 0.2584 524.8
26 27 1 -27.21 8.599 28.1 8.328 0.2621 517.4
27 27 1 -27.25 8.586 28.06 8.34 0.699 194.0
27 28 1 -27.97 8.367 28.74 8.143 0.6576 206.2
28 28 1 -27.83 8.408 27.93 8.379 0.5276 257.0
28 29 1 0.0337 6951.0 0.0435 5375.0 0.5494 246.8
29 29 1 -0.0039 59880.0 0.006 39230.0 0.002 66600.0
29 30 1 0.0001 ***** 0.0001 ***** 0.0 *****
30 22 2 -26.31 8.894 25.05 9.343 18.57 7.301
30 31 2 -20.36 11.49 19.1 12.25 18.58 7.298
31 31 2 -21.96 10.66 20.81 11.24 0.8037 168.7
31 32 2 -11.77 19.88 10.65 21.98 0.8192 165.5
32 32 2 -11.77 19.88 10.65 21.98 0.8192 165.5
32 33 2 -11.79 19.84 10.67 21.93 0.8225 164.9
33 33 7 -2.812 83.2 2.283 102.5 0.3926 345.4
33 34 7 -1.445 162.0 0.9211 254.0 0.3926 345.4
34 28 3 -8.54 27.4 6.509 35.95 14.94 9.078
34 35 3 -10.06 23.27 8.03 29.14 14.95 9.073
35 35 3 -13.19 17.74 11.42 20.49 0.8016 169.2
35 36 3 -12.41 18.86 10.78 21.71 0.6983 194.2
36 36 3 -27.88 8.394 24.72 9.467 17.33 7.825
36 37 3 -20.59 11.36 17.44 13.42 17.34 7.822
37 37 8 -5.816 40.24 4.324 54.11 8.502 15.95
37 38 8 -2.091 111.9 0.6052 386.6 8.502 15.95
38 25 4 -14.11 16.58 11.7 20.0 0.3136 432.4
38 36 4 -18.65 12.55 16.18 14.46 0.1748 775.5
39 39 1 -0.0001 ***** -0.0001 ***** 0.0 *****
39 40 1 -0.006 39230.0 0.0039 59880.0 0.002 66600.0
40 40 1 -0.0435 5381.0 -0.0336 6961.0 0.5494 246.8
40 41 1 -27.11 8.633 27.01 8.664 0.5283 256.7
41 41 1 -10.81 21.64 11.44 20.45 0.4848 279.7
41 42 1 -40.19 5.823 40.78 5.738 0.5264 257.6
42 42 1 -40.22 5.817 40.74 5.744 0.1726 785.8
42 43 1 -38.86 6.022 39.37 5.944 0.169 802.5
43 43 1 -38.89 6.016 39.33 5.95 0.7096 191.1
43 44 1 -10.77 21.73 11.18 20.93 0.6785 199.8
44 44 1 -23.3 10.04 24.3 9.631 0.7761 174.7
44 45 1 -26.53 8.82 27.49 8.511 0.8078 167.9
45 45 1 -26.57 8.807 27.46 8.523 0.2584 524.8
45 46 1 -27.21 8.599 28.1 8.328 0.2621 517.4
46 46 1 -27.25 8.586 28.06 8.34 0.699 194.0
46 47 1 -27.97 8.367 28.74 8.143 0.6576 206.2
47 47 1 -27.83 8.408 27.93 8.379 0.5276 257.0
47 48 1 0.0337 6951.0 0.0435 5375.0 0.5494 246.8
48 48 1 -0.0039 59880.0 0.006 39230.0 0.002 66600.0
48 49 1 0.0001 ***** 0.0001 ***** 0.0 *****
49 41 2 -26.31 8.894 25.05 9.343 18.57 7.301
49 50 2 -20.36 11.49 19.1 12.25 18.58 7.298
50 50 2 -21.96 10.66 20.81 11.24 0.8037 168.7
50 51 2 -11.77 19.88 10.65 21.98 0.8192 165.5
51 51 2 -11.77 19.88 10.65 21.98 0.8192 165.5
51 52 2 -11.79 19.84 10.67 21.93 0.8225 164.9
52 52 7 -2.812 83.2 2.283 102.5 0.3926 345.4
52 53 7 -1.445 162.0 0.9211 254.0 0.3926 345.4
53 47 3 -8.54 27.4 6.509 35.95 14.94 9.078
53 54 3 -10.06 23.27 8.03 29.14 14.95 9.073
54 54 3 -13.19 17.74 11.42 20.49 0.8016 169.2
54 55 3 -12.41 18.86 10.78 21.71 0.6983 194.2
55 55 3 -27.88 8.394 24.72 9.467 17.33 7.825
55 56 3 -20.59 11.36 17.44 13.42 17.34 7.822
56 56 8 -5.816 40.24 4.324 54.11 8.502 15.95
56 57 8 -2.091 111.9 0.6052 386.6 8.502 15.95
57 44 4 -14.11 16.58 11.7 20.0 0.3136 432.4
57 55 4 -18.65 12.55 16.18 14.46 0.1748 775.5
58 58 1 -0.0001 ***** -0.0001 ***** 0.0 *****
58 59 1 -0.006 39230.0 0.0039 59880.0 0.002 66600.0
59 59 1 -0.0435 5381.0 -0.0336 6961.0 0.5494 246.8
59 60 1 -27.11 8.633 27.01 8.664 0.5283 256.7
60 60 1 -51.05 4.584 53.0 4.415 0.2882 470.6
60 61 1 -37.15 6.299 39.07 5.989 0.2819 481.0
61 61 1 -37.19 6.292 39.03 5.995 0.7231 187.5
61 62 1 -30.71 7.619 32.55 7.188 0.7191 188.6
62 62 1 -30.75 7.609 32.51 7.197 1.264 107.3
62 63 1 -56.65 4.13 58.39 4.008 1.233 110.0
63 63 1 -50.72 4.614 53.81 4.348 1.242 109.2
63 64 1 -21.52 10.87 24.59 9.517 1.274 106.4
64 64 1 -21.56 10.85 24.55 9.532 0.7237 187.4
64 65 1 -24.14 9.693 27.13 8.626 0.7275 186.4
65 65 1 -24.18 9.677 27.09 8.639 0.776 174.7
65 66 1 -22.35 10.47 25.22 9.278 0.7348 184.5
66 66 1 -27.83 8.408 27.93 8.379 0.5276 257.0
66 67 1 0.0337 6951.0 0.0435 5375.0 0.5494 246.8
67 67 1 -0.0039 59880.0 0.006 39230.0 0.002 66600.0
67 68 1 0.0001 ***** 0.0001 ***** 0.0 *****
68 60 2 -71.29 3.282 71.48 3.274 42.95 3.158
68 69 2 -63.15 3.705 63.34 3.694 42.95 3.157
69 69 2 -63.98 3.657 64.21 3.645 4.66 29.1
69 70 2 -18.95 12.35 19.19 12.19 4.681 28.97
70 70 2 -18.95 12.35 19.19 12.19 4.681 28.97
70 71 2 -13.39 17.48 13.64 17.16 4.685 28.94
71 71 7 -3.852 60.75 3.97 58.95 2.27 59.75
71 72 7 -4.256 54.98 4.379 53.44 2.27 59.75
72 66 3 -23.99 9.754 21.25 11.01 34.94 3.881
72 73 3 -17.39 13.46 14.65 15.97 34.93 3.882
73 73 3 -21.13 11.07 18.33 12.76 1.576 86.02
73 74 3 -23.15 10.11 20.5 11.41 1.429 94.92
74 74 3 -43.34 5.399 38.42 6.091 45.47 2.982
74 75 3 -31.94 7.326 27.02 8.66 45.48 2.982
75 75 8 -7.655 30.57 5.328 43.92 22.32 6.074
75 76 8 -4.568 51.23 2.247 104.1 22.32 6.074
76 63 4 -7.315 31.99 3.399 68.85 0.5478 247.6
76 74 4 -28.28 8.275 24.31 9.626 0.5273 257.2
77 77 5 0.0 ***** 0.0 ***** 0.0 *****
77 12 5 -1.62 144.5 1.62 144.5 0.0624 2172.0
78 12 5 -20.66 11.33 18.62 12.56 0.8474 160.0
78 31 5 -71.01 3.295 68.98 3.393 0.6698 202.4
79 31 5 -61.24 3.821 57.74 4.053 0.0624 2172.0
79 50 5 -61.24 3.821 57.74 4.053 0.0624 2172.0
80 50 5 -71.01 3.295 68.98 3.393 0.6698 202.4
80 69 5 -20.66 11.33 18.62 12.56 0.8474 160.0
81 69 5 -1.62 144.5 1.62 144.5 0.0624 2172.0
81 78 5 0.0 ***** 0.0 ***** 0.0 *****
82 79 6 0.0 ***** 0.0 ***** 0.0 *****
82 16 6 -1.62 144.5 1.62 144.5 0.0624 2172.0
83 16 6 -22.31 10.49 22.15 10.56 1.144 118.5
83 35 6 -78.16 2.994 78.0 3.0 0.9763 138.9
84 35 6 -66.68 3.509 66.4 3.524 0.0624 2172.0
84 54 6 -66.68 3.509 66.4 3.524 0.0624 2172.0
85 54 6 -78.16 2.994 78.0 3.0 0.9763 138.9
85 73 6 -22.31 10.49 22.15 10.56 1.144 118.5
86 73 6 -1.62 144.5 1.62 144.5 0.0624 2172.0
86 80 6 0.0 ***** 0.0 ***** 0.0 *****
87 82 7 0.0 ***** 0.0 ***** 0.0 *****
87 81 7 -0.0688 3399.0 0.0688 3399.0 0.0121 11160.0
88 81 7 -23.92 9.783 23.29 10.05 11.44 11.86
88 15 7 -16.63 14.07 16.0 14.63 11.41 11.88
89 15 7 -16.98 13.78 16.9 13.85 0.907 149.5
89 34 7 -56.93 4.111 56.85 4.116 0.8441 160.6
90 34 7 -55.7 4.201 56.06 4.174 0.0435 3115.0
90 53 7 -55.7 4.201 56.06 4.174 0.0435 3115.0
91 53 7 -56.93 4.111 56.85 4.116 0.8441 160.6
91 72 7 -16.98 13.78 16.9 13.85 0.907 149.5
92 72 7 -16.63 14.07 16.0 14.63 11.41 11.88
92 83 7 -23.92 9.783 23.29 10.05 11.44 11.86
93 83 7 -0.0688 3399.0 0.0688 3399.0 0.0121 11160.0
93 84 7 0.0 ***** 0.0 ***** 0.0 *****
94 81 7 -5.371 43.56 5.178 45.19 71.36 1.9
94 89 7 -14.68 15.94 14.5 16.14 71.36 1.9
95 83 7 -5.371 43.56 5.178 45.19 71.36 1.9
95 90 7 -14.68 15.94 14.5 16.14 71.36 1.9
96 86 8 0.0 ***** 0.0 ***** 0.0 *****
96 85 8 -0.0688 3399.0 0.0688 3399.0 0.0121 11160.0
97 85 8 -45.26 5.17 44.45 5.264 5.956 22.77
97 19 8 -20.22 11.57 19.41 12.06 5.951 22.79
98 19 8 -15.54 15.05 14.9 15.7 1.911 70.95
98 38 8 -90.49 2.586 89.85 2.604 1.883 72.0
99 38 8 -86.95 2.691 86.4 2.708 0.0435 3115.0
99 57 8 -86.95 2.691 86.4 2.708 0.0435 3115.0
100 57 8 -90.49 2.586 89.85 2.604 1.883 72.0
100 76 8 -15.54 15.05 14.9 15.7 1.911 70.95
101 76 8 -20.22 11.57 19.41 12.06 5.951 22.79
101 87 8 -45.26 5.17 44.45 5.264 5.956 22.77
102 87 8 -0.0688 3399.0 0.0688 3399.0 0.0121 11160.0
102 88 8 0.0 ***** 0.0 ***** 0.0 *****
103 85 8 -19.57 11.96 15.97 14.65 93.71 1.447
103 91 8 -30.32 7.718 26.72 8.756 93.71 1.447
104 87 8 -19.57 11.96 15.97 14.65 93.71 1.447
104 92 8 -30.32 7.718 26.72 8.756 93.71 1.447

備考
計算精度 せん断応力算出条件
標準(4) 全断面を使用

サンプル