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- Words: 1,791
- Pages: 40
3/1/2019
Frame Analysis Report
Frame Analysis Report
Analyzed File:
Frame0007.iam
Version:
2018.1 (Build 221171000, 171)
Creation Date:
01/03/2019, 12.01
Simulation Author: ASUS Summary:
Project Info (iProperties) Summary Author ASUS
Project Part Number Designer Cost Date Created
Frame0007 ASUS Rp0 26/02/2019
Status Design Status WorkInProgress
Physical Mass Area Volume
22,341 kg 26551,956 mm^2 2846,037 mm^3 x=-164,481 mm Center of Gravity y=-27,228 mm z=308,540 mm
Simulation:1 General objective and settings: Simulation Type Static Analysis Last Modification Date 01/03/2019, 11.59
Material(s) Name
Steel, Mild Mass Density 7,850 g/cm^3 General Yield Strength 207,000 MPa Ultimate Tensile Strength 345,000 MPa Young's Modulus 220,000 GPa Stress Poisson's Ratio 0,275 ul Part Name(s) JIS 40 x 40 x 2,3 00000013.ipt JIS 40 x 40 x 2,3 00000014.ipt JIS 40 x 40 x 2,3 00000017.ipt JIS 40 x 40 x 2,3 00000018.ipt JIS 40 x 40 x 2,3 00000019.ipt JIS 40 x 40 x 2,3 00000020.ipt JIS 40 x 40 x 2,3 00000039.ipt JIS 40 x 40 x 2,3 00000040.ipt JIS 40 x 40 x 2,3 00000041.ipt file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%20…
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JIS JIS JIS JIS JIS JIS JIS JIS JIS JIS JIS JIS JIS
40 40 40 40 40 40 40 40 40 40 40 40 40
x x x x x x x x x x x x x
40 40 40 40 40 40 40 40 40 40 40 40 40
x x x x x x x x x x x x x
2,3 00000042.ipt 2,3 00000043.ipt 2,3 00000044.ipt 3 00000072.ipt 3 00000073.ipt 1,6 00000074.ipt 1,6 00000075.ipt 1,6 00000076.ipt 1,6 00000077.ipt 1,6 00000078.ipt 1,6 00000079.ipt 1,6 00000080.ipt 1,6 00000081.ipt
Cross Section(s)
Geometry Properties
Mechanical Properties
Section Area (A) Section Width Section Height Section Centroid (x) Section Centroid (y) Moment of Inertia (Ix)
328,676 mm^2 40,000 mm 40,000 mm 20,000 mm 20,000 mm 75424,220 mm^4
Moment of Inertia (Iy)
75424,220 mm^4
Torsional Rigidity Modulus (J) Section Modulus (Wx)
121358,740 mm^4 3771,211 mm^3
Section Modulus (Wy)
3771,211 mm^3
Torsional Section Modulus (Wz) 5765,471 mm^3
Part Name(s)
Geometry Properties
Mechanical Properties
Reduced Shear Area (Ax)
152,461 mm^2
Reduced Shear Area (Ay)
152,461 mm^2
JIS JIS JIS JIS JIS JIS JIS JIS JIS JIS JIS JIS
40 40 40 40 40 40 40 40 40 40 40 40
x x x x x x x x x x x x
40 40 40 40 40 40 40 40 40 40 40 40
x x x x x x x x x x x x
2,3 2,3 2,3 2,3 2,3 2,3 2,3 2,3 2,3 2,3 2,3 2,3
00000013.ipt 00000014.ipt 00000017.ipt 00000018.ipt 00000019.ipt 00000020.ipt 00000039.ipt 00000040.ipt 00000041.ipt 00000042.ipt 00000043.ipt 00000044.ipt
Section Area (A) Section Width Section Height Section Centroid (x) Section Centroid (y) Moment of Inertia (Ix)
233,629 mm^2 40,000 mm 40,000 mm 10,905 mm 10,905 mm 35273,281 mm^4
Moment of Inertia (Iy)
35273,281 mm^4
Torsional Rigidity Modulus (J) Section Modulus (Wx)
760,130 mm^4 1212,355 mm^3
Section Modulus (Wy)
1212,355 mm^3
Torsional Section Modulus (Wz) 160,627 mm^3 Reduced Shear Area (Ax)
84,985 mm^2
Reduced Shear Area (Ay)
84,985 mm^2
Part Name(s)
JIS 40 x 40 x 3 00000072.ipt JIS 40 x 40 x 3 00000073.ipt
Geometry Properties
Section Section Section Section Section
Mechanical Properties
Area (A) Width Height Centroid (x) Centroid (y)
236,970 mm^2 40,000 mm 40,000 mm 20,000 mm 20,000 mm 57060,058 mm^4
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Moment of Inertia (Ix)
,
Moment of Inertia (Iy)
57060,058 mm^4
Torsional Rigidity Modulus (J) Section Modulus (Wx)
89004,480 mm^4 2853,003 mm^3
Section Modulus (Wy)
2853,003 mm^3
Torsional Section Modulus (Wz) 4336,258 mm^3 Reduced Shear Area (Ax)
108,463 mm^2
Reduced Shear Area (Ay)
108,463 mm^2
JIS JIS JIS JIS JIS JIS JIS JIS
Part Name(s)
40 40 40 40 40 40 40 40
x x x x x x x x
40 40 40 40 40 40 40 40
x x x x x x x x
1,6 1,6 1,6 1,6 1,6 1,6 1,6 1,6
00000074.ipt 00000075.ipt 00000076.ipt 00000077.ipt 00000078.ipt 00000079.ipt 00000080.ipt 00000081.ipt
Beam Model Nodes Beams - Angles - Square/Rectangular Tubes
66 22 2 20
Rigid Links Name Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid
Link:1 Link:2 Link:3 Link:4 Link:5 Link:6 Link:7 Link:8 Link:9 Link:10 Link:11 Link:12 Link:13 Link:14 Link:15 Link:16 Link:17 Link:18 Link:19 Link:20
Displacement X - axis Y - axis fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed
Rotation Z - axis X - axis Y - axis fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed
Z - axis fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed
Parent Node Child Node(s) Node:47 Node:2 Node:46 Node:45 Node:48 Node:3 Node:49 Node:51 Node:50 Node:55 Node:6 Node:54 Node:52 Node:53 Node:56 Node:7 Node:57 Node:58 Node:59 Node:64
Node:12 Node:63 Node:40, Node:34, Node:11 Node:62, Node:66 Node:31, Node:39, Node:10 Node:61, Node:65 Node:30, Node:38, Node:9 Node:60 Node:37, Node:29, Node:23 Node:24
Node:44, Node:28 Node:36 Node:21 Node:33 Node:41 Node:22 Node:32 Node:42
Node:43, Node:25 Node:35
Operating conditions Gravity Load Type Gravity Magnitude 9810,000 mm/s^2 Direction Y-
Continuous Load:1 Load Type Magnitude
Continuous Load 1676,800 N/mm
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Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Qx 0,000 N/mm Qy -1676,800 N/mm Qz 0,000 N/mm Offset 0,000 mm Length 180,000 mm End Magnitude 1676,800 N/mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%20…
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Continuous Load:2 Load Type Continuous Load Magnitude 1676,800 N/mm Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Qx 0,000 N/mm Qy -1676,800 N/mm Qz 0,000 N/mm Offset 0,000 mm Length 180,000 mm End Magnitude 1676,800 N/mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%20…
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Continuous Load:3 Load Type
Continuous Load
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%20…
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Magnitude 167,500 N/mm Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Qx 0,000 N/mm Qy -167,500 N/mm Qz 0,000 N/mm Offset 0,000 mm Length 180,000 mm End Magnitude 167,500 N/mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%20…
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Continuous Load:4 Load Type Continuous Load Magnitude 167,500 N/mm Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Qx 0,000 N/mm Qy -167,500 N/mm Qz 0,000 N/mm Offset 0,000 mm Length 180,000 mm End Magnitude 167,500 N/mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%20…
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Force:1 Load Type
Force
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Magnitude 40,400 N Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Fx 0,000 N Fy -40,400 N Fz 0,000 N Offset 60,000 mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Force:2 Load Type Force Magnitude 40,400 N Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Fx 0,000 N Fy -40,400 N Fz 0,000 N Offset 120,000 mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Continuous Load:5 Load Type
Continuous Load
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Magnitude 100,000 N/mm Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Qx 0,000 N/mm Qy -100,000 N/mm Qz 0,000 N/mm Offset 0,000 mm Length 160,000 mm End Magnitude 100,000 N/mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Continuous Load:6 Load Type Continuous Load Magnitude 100,000 N/mm Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Qx 0,000 N/mm Qy -100,000 N/mm Qz 0,000 N/mm Offset 200,000 mm Length 210,000 mm End Magnitude 100,000 N/mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Continuous Load:7 Load Type
Continuous Load
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Magnitude 100,000 N/mm Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Qx 0,000 N/mm Qy -100,000 N/mm Qz 0,000 N/mm Offset 0,000 mm Length 250,000 mm End Magnitude 100,000 N/mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Fixed Constraint:1 Constraint Type Fixed Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Fixed Constraint:2 Constraint Type Fixed file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Selected Reference(s)
Fixed Constraint:3 file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Constraint Type Fixed Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Fixed Constraint:4 Constraint Type Fixed Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Results Reaction Force and Moment on Constraints Constraint Name Fixed Constraint:4
Fixed Constraint:3
Fixed Constraint:1
Fixed Constraint:2
Reaction Force Magnitude Components (Fx,Fy,Fz) 140,346 N 218299,332 N 217273,040 N 21142,486 N 146,570 N 215253,408 N 214251,563 N 20743,090 N -303,403 N 165162,026 N 163849,881 N -20775,450 N 16,487 N 132565,104 N 130873,485 N -21110,126 N
Reaction Moment Magnitude 22219334,911 N mm
21907629,565 N mm
20067153,883 N mm
18766533,559 N mm
Components (Mx,My,Mz) -22219333,112 N mm 8311,867 N mm -3297,027 N mm -21907605,719 N mm 5012,282 N mm -31932,891 N mm 20019060,148 N mm 19929,881 N mm 1388343,816 N mm 18747110,764 N mm 8495,083 N mm -853550,014 N mm
Static Result Summary Name Displacement Forces
Moments Normal Stresses
Minimum 0,000 mm Fx -1105,047 N Fy -217267,851 N Fz -42904,381 N Mx -22219333,112 N mm My -184067,327 N mm Mz -399608,825 N mm Smax -495,226 MPa Smin -5958,360 MPa Smax(Mx) 0,000 MPa
Maximum 39,933 mm 1047,700 N 214246,374 N 175298,259 N 18883576,050 N mm 196194,624 N mm 389502,709 N mm 5829,708 MPa 151,723 MPa 5891,830 MPa
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Smin(Mx) Smax(My) Smin(My) Saxial Tx Shear Stresses Ty Torsional Stresses T
-5891,830 MPa -0,000 MPa -96,698 MPa -533,347 MPa -12,328 MPa -1405,250 MPa -67,558 MPa
-0,000 MPa 161,829 MPa 0,000 MPa 163,894 MPa 13,003 MPa 1425,068 MPa 69,311 MPa
Figures Displacement
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Fx
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Fy
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Fz
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Mx
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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My
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Mz
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Smax
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Smin
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Smax(Mx)
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Smin(Mx)
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Smax(My)
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Smin(My)
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Saxial
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Tx
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Ty
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T
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E:\Perancangan Mesin 2019\Desain Mesin 2019\@Perancangan Mesin 2019 Mesin Penggling dan Pemotong Mie\Frame Mesin\Assembly5\Frame\Frame0007.iam
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Frame Analysis Report
Analyzed File:
Frame0007.iam
Version:
2018.1 (Build 221171000, 171)
Creation Date:
01/03/2019, 12.01
Simulation Author: ASUS Summary:
Project Info (iProperties) Summary Author ASUS
Project Part Number Designer Cost Date Created
Frame0007 ASUS Rp0 26/02/2019
Status Design Status WorkInProgress
Physical Mass Area Volume
22,341 kg 26551,956 mm^2 2846,037 mm^3 x=-164,481 mm Center of Gravity y=-27,228 mm z=308,540 mm
Simulation:1 General objective and settings: Simulation Type Static Analysis Last Modification Date 01/03/2019, 11.59
Material(s) Name
Steel, Mild Mass Density 7,850 g/cm^3 General Yield Strength 207,000 MPa Ultimate Tensile Strength 345,000 MPa Young's Modulus 220,000 GPa Stress Poisson's Ratio 0,275 ul Part Name(s) JIS 40 x 40 x 2,3 00000013.ipt JIS 40 x 40 x 2,3 00000014.ipt JIS 40 x 40 x 2,3 00000017.ipt JIS 40 x 40 x 2,3 00000018.ipt JIS 40 x 40 x 2,3 00000019.ipt JIS 40 x 40 x 2,3 00000020.ipt JIS 40 x 40 x 2,3 00000039.ipt JIS 40 x 40 x 2,3 00000040.ipt JIS 40 x 40 x 2,3 00000041.ipt file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%20…
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JIS JIS JIS JIS JIS JIS JIS JIS JIS JIS JIS JIS JIS
40 40 40 40 40 40 40 40 40 40 40 40 40
x x x x x x x x x x x x x
40 40 40 40 40 40 40 40 40 40 40 40 40
x x x x x x x x x x x x x
2,3 00000042.ipt 2,3 00000043.ipt 2,3 00000044.ipt 3 00000072.ipt 3 00000073.ipt 1,6 00000074.ipt 1,6 00000075.ipt 1,6 00000076.ipt 1,6 00000077.ipt 1,6 00000078.ipt 1,6 00000079.ipt 1,6 00000080.ipt 1,6 00000081.ipt
Cross Section(s)
Geometry Properties
Mechanical Properties
Section Area (A) Section Width Section Height Section Centroid (x) Section Centroid (y) Moment of Inertia (Ix)
328,676 mm^2 40,000 mm 40,000 mm 20,000 mm 20,000 mm 75424,220 mm^4
Moment of Inertia (Iy)
75424,220 mm^4
Torsional Rigidity Modulus (J) Section Modulus (Wx)
121358,740 mm^4 3771,211 mm^3
Section Modulus (Wy)
3771,211 mm^3
Torsional Section Modulus (Wz) 5765,471 mm^3
Part Name(s)
Geometry Properties
Mechanical Properties
Reduced Shear Area (Ax)
152,461 mm^2
Reduced Shear Area (Ay)
152,461 mm^2
JIS JIS JIS JIS JIS JIS JIS JIS JIS JIS JIS JIS
40 40 40 40 40 40 40 40 40 40 40 40
x x x x x x x x x x x x
40 40 40 40 40 40 40 40 40 40 40 40
x x x x x x x x x x x x
2,3 2,3 2,3 2,3 2,3 2,3 2,3 2,3 2,3 2,3 2,3 2,3
00000013.ipt 00000014.ipt 00000017.ipt 00000018.ipt 00000019.ipt 00000020.ipt 00000039.ipt 00000040.ipt 00000041.ipt 00000042.ipt 00000043.ipt 00000044.ipt
Section Area (A) Section Width Section Height Section Centroid (x) Section Centroid (y) Moment of Inertia (Ix)
233,629 mm^2 40,000 mm 40,000 mm 10,905 mm 10,905 mm 35273,281 mm^4
Moment of Inertia (Iy)
35273,281 mm^4
Torsional Rigidity Modulus (J) Section Modulus (Wx)
760,130 mm^4 1212,355 mm^3
Section Modulus (Wy)
1212,355 mm^3
Torsional Section Modulus (Wz) 160,627 mm^3 Reduced Shear Area (Ax)
84,985 mm^2
Reduced Shear Area (Ay)
84,985 mm^2
Part Name(s)
JIS 40 x 40 x 3 00000072.ipt JIS 40 x 40 x 3 00000073.ipt
Geometry Properties
Section Section Section Section Section
Mechanical Properties
Area (A) Width Height Centroid (x) Centroid (y)
236,970 mm^2 40,000 mm 40,000 mm 20,000 mm 20,000 mm 57060,058 mm^4
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Frame Analysis Report
Moment of Inertia (Ix)
,
Moment of Inertia (Iy)
57060,058 mm^4
Torsional Rigidity Modulus (J) Section Modulus (Wx)
89004,480 mm^4 2853,003 mm^3
Section Modulus (Wy)
2853,003 mm^3
Torsional Section Modulus (Wz) 4336,258 mm^3 Reduced Shear Area (Ax)
108,463 mm^2
Reduced Shear Area (Ay)
108,463 mm^2
JIS JIS JIS JIS JIS JIS JIS JIS
Part Name(s)
40 40 40 40 40 40 40 40
x x x x x x x x
40 40 40 40 40 40 40 40
x x x x x x x x
1,6 1,6 1,6 1,6 1,6 1,6 1,6 1,6
00000074.ipt 00000075.ipt 00000076.ipt 00000077.ipt 00000078.ipt 00000079.ipt 00000080.ipt 00000081.ipt
Beam Model Nodes Beams - Angles - Square/Rectangular Tubes
66 22 2 20
Rigid Links Name Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid Rigid
Link:1 Link:2 Link:3 Link:4 Link:5 Link:6 Link:7 Link:8 Link:9 Link:10 Link:11 Link:12 Link:13 Link:14 Link:15 Link:16 Link:17 Link:18 Link:19 Link:20
Displacement X - axis Y - axis fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed
Rotation Z - axis X - axis Y - axis fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed
Z - axis fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed fixed
Parent Node Child Node(s) Node:47 Node:2 Node:46 Node:45 Node:48 Node:3 Node:49 Node:51 Node:50 Node:55 Node:6 Node:54 Node:52 Node:53 Node:56 Node:7 Node:57 Node:58 Node:59 Node:64
Node:12 Node:63 Node:40, Node:34, Node:11 Node:62, Node:66 Node:31, Node:39, Node:10 Node:61, Node:65 Node:30, Node:38, Node:9 Node:60 Node:37, Node:29, Node:23 Node:24
Node:44, Node:28 Node:36 Node:21 Node:33 Node:41 Node:22 Node:32 Node:42
Node:43, Node:25 Node:35
Operating conditions Gravity Load Type Gravity Magnitude 9810,000 mm/s^2 Direction Y-
Continuous Load:1 Load Type Magnitude
Continuous Load 1676,800 N/mm
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%20…
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Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Qx 0,000 N/mm Qy -1676,800 N/mm Qz 0,000 N/mm Offset 0,000 mm Length 180,000 mm End Magnitude 1676,800 N/mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%20…
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Continuous Load:2 Load Type Continuous Load Magnitude 1676,800 N/mm Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Qx 0,000 N/mm Qy -1676,800 N/mm Qz 0,000 N/mm Offset 0,000 mm Length 180,000 mm End Magnitude 1676,800 N/mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%20…
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Frame Analysis Report
Continuous Load:3 Load Type
Continuous Load
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%20…
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Magnitude 167,500 N/mm Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Qx 0,000 N/mm Qy -167,500 N/mm Qz 0,000 N/mm Offset 0,000 mm Length 180,000 mm End Magnitude 167,500 N/mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%20…
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Continuous Load:4 Load Type Continuous Load Magnitude 167,500 N/mm Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Qx 0,000 N/mm Qy -167,500 N/mm Qz 0,000 N/mm Offset 0,000 mm Length 180,000 mm End Magnitude 167,500 N/mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%20…
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Force:1 Load Type
Force
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Magnitude 40,400 N Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Fx 0,000 N Fy -40,400 N Fz 0,000 N Offset 60,000 mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Force:2 Load Type Force Magnitude 40,400 N Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Fx 0,000 N Fy -40,400 N Fz 0,000 N Offset 120,000 mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Continuous Load:5 Load Type
Continuous Load
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Magnitude 100,000 N/mm Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Qx 0,000 N/mm Qy -100,000 N/mm Qz 0,000 N/mm Offset 0,000 mm Length 160,000 mm End Magnitude 100,000 N/mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Continuous Load:6 Load Type Continuous Load Magnitude 100,000 N/mm Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Qx 0,000 N/mm Qy -100,000 N/mm Qz 0,000 N/mm Offset 200,000 mm Length 210,000 mm End Magnitude 100,000 N/mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Continuous Load:7 Load Type
Continuous Load
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Magnitude 100,000 N/mm Beam Coordinate System No Angle of Plane 270,00 deg Angle in Plane 90,00 deg Qx 0,000 N/mm Qy -100,000 N/mm Qz 0,000 N/mm Offset 0,000 mm Length 250,000 mm End Magnitude 100,000 N/mm Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Fixed Constraint:1 Constraint Type Fixed Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Fixed Constraint:2 Constraint Type Fixed file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Selected Reference(s)
Fixed Constraint:3 file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Constraint Type Fixed Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Fixed Constraint:4 Constraint Type Fixed Selected Reference(s)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Frame Analysis Report
Results Reaction Force and Moment on Constraints Constraint Name Fixed Constraint:4
Fixed Constraint:3
Fixed Constraint:1
Fixed Constraint:2
Reaction Force Magnitude Components (Fx,Fy,Fz) 140,346 N 218299,332 N 217273,040 N 21142,486 N 146,570 N 215253,408 N 214251,563 N 20743,090 N -303,403 N 165162,026 N 163849,881 N -20775,450 N 16,487 N 132565,104 N 130873,485 N -21110,126 N
Reaction Moment Magnitude 22219334,911 N mm
21907629,565 N mm
20067153,883 N mm
18766533,559 N mm
Components (Mx,My,Mz) -22219333,112 N mm 8311,867 N mm -3297,027 N mm -21907605,719 N mm 5012,282 N mm -31932,891 N mm 20019060,148 N mm 19929,881 N mm 1388343,816 N mm 18747110,764 N mm 8495,083 N mm -853550,014 N mm
Static Result Summary Name Displacement Forces
Moments Normal Stresses
Minimum 0,000 mm Fx -1105,047 N Fy -217267,851 N Fz -42904,381 N Mx -22219333,112 N mm My -184067,327 N mm Mz -399608,825 N mm Smax -495,226 MPa Smin -5958,360 MPa Smax(Mx) 0,000 MPa
Maximum 39,933 mm 1047,700 N 214246,374 N 175298,259 N 18883576,050 N mm 196194,624 N mm 389502,709 N mm 5829,708 MPa 151,723 MPa 5891,830 MPa
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Smin(Mx) Smax(My) Smin(My) Saxial Tx Shear Stresses Ty Torsional Stresses T
-5891,830 MPa -0,000 MPa -96,698 MPa -533,347 MPa -12,328 MPa -1405,250 MPa -67,558 MPa
-0,000 MPa 161,829 MPa 0,000 MPa 163,894 MPa 13,003 MPa 1425,068 MPa 69,311 MPa
Figures Displacement
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Fx
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Fy
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Fz
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Mx
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My
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Mz
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Smax
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Smin
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Smax(Mx)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Smin(Mx)
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Smax(My)
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Smin(My)
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Saxial
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Tx
file:///E:/Perancangan%20Mesin%202019/Desain%20Mesin%202019/@Perancangan%20Mesin%202019%20Mesin%20Penggling%20dan%2…
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Ty
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T
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E:\Perancangan Mesin 2019\Desain Mesin 2019\@Perancangan Mesin 2019 Mesin Penggling dan Pemotong Mie\Frame Mesin\Assembly5\Frame\Frame0007.iam
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