支架计算书Word文件下载.docx

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支架计算书Word文件下载.docx

考虑活荷载不利布置

风荷载计算信息:

不计算风荷载

钢材:

Q235

梁柱自重计算信息:

柱梁自重都计算

恒载作用下柱的轴向变形:

考虑

梁柱自重计算增大系数:

1.20

基础计算信息:

不计算基础

梁刚度增大系数:

钢结构净截面面积与毛截面面积比:

0.85

钢柱计算长度系数计算方法:

有侧移

钢结构阶形柱的计算长度折减系数:

0.800

钢结构受拉柱容许长细比:

300

钢结构受压柱容许长细比:

150

钢梁(恒+活)容许挠跨比:

l/400

钢梁(活)容许挠跨比:

l/500

柱顶容许水平位移/柱高:

地震作用计算:

不考虑地震作用

窄行输出全部内容

----节点坐标----

节点号XY节点号XY节点号XY

(1)0.000.00

(2)0.120.00(3)0.500.00

(4)0.960.00(5)1.300.00(6)1.670.00

(7)1.800.00(8)0.000.50(9)1.800.50

(10)0.001.50(11)1.801.50(12)0.002.00

(13)0.502.00(14)1.302.00(15)1.802.00

(16)-0.602.50(17)-0.402.50(18)0.002.50

(19)1.802.50(20)2.202.50(21)2.402.50

(22)0.12-0.20(23)0.96-0.20(24)1.67-0.20

----柱关联号--------

柱号节点Ⅰ节点Ⅱ柱号节点Ⅰ节点Ⅱ柱号节点Ⅰ节点Ⅱ

(1)222

(2)234(3)246

(4)18(5)79(6)810

(7)911(8)1012(9)1115

(10)1218(11)1519

----梁关联号----

梁号节点Ⅰ节点Ⅱ梁号节点Ⅰ节点Ⅱ梁号节点Ⅰ节点Ⅱ

(1)12

(2)23(3)34

(4)45(5)56(6)59

(7)67(8)83(9)1013

(10)1213(11)1314(12)1415

(13)1411(14)1520(15)1617

(16)1718(17)1712(18)1819

(19)1920(20)2021

----柱上下节点偏心----

节点号柱偏心值节点号柱偏心值节点号柱偏心值节点号柱偏心值

(1)0.00

(2)0.00(3)0.00(4)0.00

(5)0.00(6)0.00(7)0.00(8)0.00

(9)0.00(10)0.00(11)0.00(12)0.00

(13)0.00(14)0.00(15)0.00(16)0.00

(17)0.00(18)0.00(19)0.00(20)0.00

(21)0.00(22)0.00(23)0.00(24)0.00

----标准截面信息----

1、标准截面类型

(1)59,126,0,1,2,50,

1,1,8,100,1000,

(2)31,I27a,轻型工字钢截面I

(3)31,I14,普通工字钢截面I

(4)31,I10,普通工字钢截面I

(5)31,I20a,普通工字钢截面I

(6)32,[8,普通槽钢截面[

(7)77,1,83,4.0热轧无缝圆钢管

----柱布置截面号,铰接信息,截面布置角度-----

柱号标准截铰接截面布柱号标准截铰接截面布

面号信息置角度面号信息置角度

(1)200

(2)200

(3)200(4)1090

(5)1090(6)1090

(7)1090(8)1090

(9)1090(10)1290

(11)1290

----梁布置截面号,铰接信息,截面布置角度-----

梁号标准截铰接截面布梁号标准截铰接截面布

(1)500

(2)500

(3)500(4)500

(5)500(6)630

(7)500(8)630

(9)630(10)410

(11)400(12)420

(13)630(14)700

(15)300(16)300

(17)700(18)300

(19)300(20)300

2、标准截面特性

截面号XcYcIxIyA

10.063000.078000.60093E-050.77700E-050.31380E-02

20.067500.135000.55000E-040.33750E-050.43170E-02

30.040000.070000.71200E-050.64300E-060.21500E-02

40.034000.050000.24500E-050.32800E-060.14330E-02

50.050000.100000.23690E-040.15790E-050.35550E-02

60.014200.040000.10130E-050.16600E-060.10240E-02

70.041500.041500.77645E-060.77645E-060.99274E-03

截面号ixiyW1xW2xW1yW2y

10.43761E-010.49760E-010.77042E-040.77042E-040.12333E-030.12333E-03

20.11290E+000.28000E-010.40740E-030.40740E-030.50000E-040.50000E-04

30.57500E-010.17300E-010.10170E-030.10170E-030.16100E-040.16100E-04

40.41400E-010.15100E-010.49000E-040.49000E-040.96000E-050.96000E-05

50.81600E-010.21100E-010.23690E-030.23690E-030.31600E-040.31600E-04

60.31400E-010.12700E-010.25300E-040.25300E-040.11700E-040.58000E-05

70.27966E-010.27966E-010.18710E-040.18710E-040.18710E-040.18710E-04

3、格构柱分肢截面特性

(1)左肢

截面号IxIyAixiyYC

10.380E-060.388E-050.157E-020.156E-010.498E-010.159E-01

(2)右肢

恒荷载计算...

节点荷载:

节点号弯矩垂直力水平力

160.000.0010.00

210.000.00-10.00

0

柱荷载:

柱号荷载类型荷载值荷载参数1荷载参数2

4860.000.20

58-60.000.20

6860.000.20

78-60.000.20

8860.000.20

98-60.000.20

梁荷载:

连续数荷载个数荷载类型荷载值1荷载参数1荷载值2荷载参数2

11120.000.00

----恒荷载标准值作用计算结果----

---柱内力---

柱号MNVMNV

125.64-12.3250.17-15.6112.40-50.17

2-0.9598.08-4.670.01-98.004.67

3-22.90-22.14-45.5013.8022.2245.50

49.91-41.3045.94-4.9441.4514.06

5-9.56-42.06-45.095.0142.21-14.91

64.9831.1358.535.55-30.821.47

7-5.0531.21-58.53-5.48-30.90-1.47

8-5.5226.892.54-11.21-26.7457.46

95.4526.85-2.6611.22-26.69-57.34

1010.0836.2820.160.00-36.13-20.16

11-10.0936.32-20.180.00-36.1720.18

---梁内力---

梁号MNVMNV

1-9.9145.9441.3014.66-45.94-41.26

20.95-4.2328.8610.144.23-28.73

3-10.1668.36-43.92-9.97-68.3644.07

49.9573.0353.938.50-73.03-53.82

5-8.47-0.40-19.671.120.4019.80

6-0.02103.890.040.03-103.850.01

7-14.9245.09-42.029.56-45.0942.06

8-0.04102.650.010.02-102.700.04

9-0.035.61-0.05-0.03-5.570.10

100.0076.50-3.78-1.91-76.503.84

111.9380.500.02-1.96-80.500.09

121.9376.383.900.00-76.38-3.83

130.035.740.100.03-5.78-0.05

14-1.13-5.24-2.73-0.635.292.77

150.0010.000.00-0.40-10.004.04

16-0.2311.12-9.87-5.34-11.1217.95

170.63-5.262.771.135.21-2.73

185.34-9.0318.18-5.359.0318.19

195.3511.1417.980.23-11.14-9.90

200.4010.004.040.00-10.000.00

---恒荷载作用下的节点位移(mm)---

节点号.X向位移Y向位移

10.0-0.1

20.00.0

30.00.1

40.00.0

50.00.1

60.00.0

70.0-0.1

80.7-0.1

9-0.7-0.1

101.20.0

11-1.2-0.1

120.30.0

130.1-1.1

14-0.1-1.1

15-0.20.0

160.00.3

170.00.2

180.00.0

190.00.0

200.00.1

210.00.3

活荷载计算...

---活荷载标准值作用下的节点位移(mm)---

10.00.0

30.00.0

50.00.0

70.00.0

80.00.0

90.00.0

100.00.0

110.00.0

120.00.0

130.00.0

140.00.0

150.00.0

160.00.0

170.00.0

200.00.0

210.00.0

荷载效应组合计算...

-----荷载效应组合及强度、稳定、配筋计算-----

--------------------------------------------------------------------------------

钢柱1

截面类型=31;

布置角度=0;

计算长度:

Lx=0.30,Ly=0.20;

长细比:

λx=2.6,λy=7.1

构件长度=0.20;

计算长度系数:

Ux=1.49Uy=1.00

抗震等级:

三级

截面参数:

I27a轻型工字钢

轴压截面分类:

X轴:

a类,Y轴:

b类

构件钢号:

Q235

验算规范:

普钢规范GB50017-2003

柱下端柱上端

组合号MNVMNV

225.64-12.3250.17-15.6112.40-50.17

325.64-12.3250.17-15.6112.40-50.17

425.64-12.3250.17-15.6112.40-50.17

525.64-12.3250.17-15.6112.40-50.17

625.64-12.3250.17-15.6112.40-50.17

734.62-16.6367.73-21.0716.74-67.73

825.64-12.3250.17-15.6112.40-50.17

925.64-12.3250.17-15.6112.40-50.17

1034.62-16.6367.73-21.0716.74-67.73

1125.64-12.3250.17-15.6112.40-50.17

1225.64-12.3250.17-15.6112.40-50.17

1334.62-16.6367.73-21.0716.74-67.73

1425.64-12.3250.17-15.6112.40-50.17

1525.64-12.3250.17-15.6112.40-50.17

1634.62-16.6367.73-21.0716.74-67.73

1725.64-12.3250.17-15.6112.40-50.17

1825.64-12.3250.17-15.6112.40-50.17

1925.64-12.3250.17-15.6112.40-50.17

2025.64-12.3250.17-15.6112.40-50.17

2125.64-12.3250.17-15.6112.40-50.17

2225.64-12.3250.17-15.6112.40-50.17

2325.64-12.3250.17-15.6112.40-50.17

2425.64-12.3250.17-15.6112.40-50.17

2525.64-12.3250.17-15.6112.40-50.17

2625.64-12.3250.17-15.6112.40-50.17

2725.64-12.3250.17-15.6112.40-50.17

2825.64-12.3250.17-15.6112.40-50.17

2925.64-12.3250.17-15.6112.40-50.17

3025.64-12.3250.17-15.6112.40-50.17

3125.64-12.3250.17-15.6112.40-50.17

3225.64-12.3250.17-15.6112.40-50.17

3325.64-12.3250.17-15.6112.40-50.17

3425.64-12.3250.17-15.6112.40-50.17

3525.64-12.3250.17-15.6112.40-50.17

3625.64-12.3250.17-15.6112.40-50.17

3725.64-12.3250.17-15.6112.40-50.17

3825.64-12.3250.17-15.6112.40-50.17

3925.64-12.3250.17-15.6112.40-50.17

4025.64-12.3250.17-15.6112.40-50.17

4125.64-12.3250.17-15.6112.40-50.17

4225.64-12.3250.17-15.6112.40-50.17

4325.64-12.3250.17-15.6112.40-50.17

4425.64-12.3250.17-15.6112.40-50.17

4525.64-12.3250.17-15.6112.40-50.17

4625.64-12.3250.17-15.6112.40-50.17

4725.64-12.3250.17-15.6112.40-50.17

4825.64-12.3250.17-15.6112.40-50.17

强度计算最大应力对应组合号:

7,M=34.62,N=-16.63,M=-21.07,N=16.74

强度计算最大应力(N/mm*mm)=99.77

强度计算最大应力比=0.464

强度计算最大应力<

f=215.00

拉杆,平面内长细比λ=3.≤[λ]=300

拉杆,平面外长细比λ=7.≤[λ]=300

构件重量(Kg)=6.78

钢柱2

Lx=0.27,Ly=0.20;

λx=2.3,λy=7.1

Ux=1.33Uy=1.00

1-0.9598.08-4.670.01-98.004.67

3-0.9598.08-4.670.01-98.004.67

4-0.9598.08-4.670.01-98.004.67

5-0.9598.08-4.670.01-98.004.67

6-0.9598.08-4.670.01-98.004.67

7-1.28132.41-6.310.01-132.306.31

8-0.9598.08-4.670.01-98.004.67

9-0.9598.08-4.670.01-98.004.67

10-1.28132.41-6.310.01-132.306.31

11-0.9598.08-4.670.01-98.004.67

12-

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