PT ASTRA DAIHATSU MOTOR
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
1
Simulation of frame
base 40L
Date: Rabu, 12 Oktober 2022
Designer: SOMAX
Study name: Static 1
Analysis type: Static
Table of Contents
Description .......................................... 1
Assumptions ......................................... 2
Model Information ................................. 3
Study Properties .................................... 8
Units ................................................. 8
Material Properties ................................ 9
Loads and Fixtures ................................ 10
Connector Definitions ............................ 11
Contact Information .............................. 11
Mesh information .................................. 12
Sensor Details ...................................... 12
Resultant Forces .................................. 13
Beams ............................................... 14
Study Results ...................................... 18
Conclusion .......................................... 20
Description
No Data
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
2
Assumptions
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
3
Model Information
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
4
Model name: frame base 40L
Current Configuration: Default<As Machined>
Beam Bodies:
Document Name and
Reference
Formulation
Properties
Document Path/Date
Modified
SolidBody 1(Square tube 40
X 40 X 4(1)[3])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:2.250mm
Volume:0,00120331m^3
Mass Density:7.870kg/m^3
Mass:9,47008kg
Weight:92,8068N
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
SolidBody 2(Square tube 40
X 40 X 4(1)[6])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:2.210mm
Volume:0,0011819m^3
Mass Density:7.870kg/m^3
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
5
Mass:9,30155kg
Weight:91,1552N
SolidBody 3(Square tube 40
X 40 X 4(1)[11])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:550mm
Volume:0,000294138m^3
Mass Density:7.870kg/m^3
Mass:2,31487kg
Weight:22,6857N
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
SolidBody 4(Square tube 40
X 40 X 4(1)[4])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:750mm
Volume:0,000401105m^3
Mass Density:7.870kg/m^3
Mass:3,15669kg
Weight:30,9356N
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
SolidBody 5(Square tube 40
X 40 X 4(1)[8])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:550mm
Volume:0,000294138m^3
Mass Density:7.870kg/m^3
Mass:2,31487kg
Weight:22,6857N
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
SolidBody 6(Square tube 40
X 40 X 4(1)[9])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:550mm
Volume:0,000294138m^3
Mass Density:7.870kg/m^3
Mass:2,31487kg
Weight:22,6857N
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
6
SolidBody 7(Square tube 40
X 40 X 4(1)[7])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:550mm
Volume:0,000294138m^3
Mass Density:7.870kg/m^3
Mass:2,31487kg
Weight:22,6857N
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
SolidBody 8(Square tube 40
X 40 X 4(1)[10])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:550mm
Volume:0,000294138m^3
Mass Density:7.870kg/m^3
Mass:2,31487kg
Weight:22,6857N
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
SolidBody 9(Square tube 40
X 40 X 4(1)[1])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:2.250mm
Volume:0,00120331m^3
Mass Density:7.870kg/m^3
Mass:9,47008kg
Weight:92,8068N
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
SolidBody 10(Square tube
40 X 40 X 4(1)[2])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:750mm
Volume:0,000401105m^3
Mass Density:7.870kg/m^3
Mass:3,15669kg
Weight:30,9356N
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
SolidBody 11(Square tube
40 X 40 X 4(1)[14])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:710mm
Volume:0,000379705m^3
Mass Density:7.870kg/m^3
Mass:2,98828kg
Weight:29,2852N
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
7
SolidBody 12(Square tube
40 X 40 X 4(1)[5])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:2.210mm
Volume:0,0011819m^3
Mass Density:7.870kg/m^3
Mass:9,30155kg
Weight:91,1552N
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
SolidBody 13(Square tube
40 X 40 X 4(1)[12])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:550mm
Volume:0,000294138m^3
Mass Density:7.870kg/m^3
Mass:2,31487kg
Weight:22,6857N
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
SolidBody 14(Square tube
40 X 40 X 4(1)[13])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:710mm
Volume:0,000379705m^3
Mass Density:7.870kg/m^3
Mass:2,98828kg
Weight:29,2852N
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
SolidBody 15(Square tube
40 X 40 X 4(1)[15])
Beam – Uniform C/S
Section Standard-weldment
profiles/iso/square tube
Section Area:
0,000534796m^2
Length:710mm
Volume:0,000379705m^3
Mass Density:7.870kg/m^3
Mass:2,98828kg
Weight:29,2852N
D:\SOLIDWORK\AUTO GUN
SM#3\frame L\frame base
L.SLDPRT
Oct 12 11:15:16 2022
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
8
Study Properties
Study name
Static 1
Analysis type
Static
Mesh type
Beam Mesh
Solver type
Direct sparse solver
Inplane Effect:
Off
Soft Spring:
Off
Inertial Relief:
Off
Incompatible bonding options
Automatic
Large displacement
Off
Compute free body forces
On
Result folder
SOLIDWORKS document (D:\SOLIDWORK\AUTO GUN
SM#3\frame L)
Units
Unit system:
SI (MKS)
Length/Displacement
mm
Temperature
Kelvin
Angular velocity
Rad/sec
Pressure/Stress
N/m^2
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
9
Material Properties
Model Reference
Properties
Components
Name:
AISI 1010 Steel, hot
rolled bar
Model type:
Linear Elastic Isotropic
Default failure
criterion:
Max von Mises Stress
Yield strength:
1,8e+08 N/m^2
Tensile strength:
3,25e+08 N/m^2
Elastic modulus:
2e+11 N/m^2
Poisson's ratio:
0,29
Mass density:
7.870 kg/m^3
Shear modulus:
8e+10 N/m^2
Thermal expansion
coefficient:
1,22e-05 /Kelvin
SolidBody 1(Square tube 40 X
40 X 4(1)[3])(frame base
40L),
SolidBody 2(Square tube 40 X
40 X 4(1)[6])(frame base
40L),
SolidBody 3(Square tube 40 X
40 X 4(1)[11])(frame base
40L),
SolidBody 4(Square tube 40 X
40 X 4(1)[4])(frame base
40L),
SolidBody 5(Square tube 40 X
40 X 4(1)[8])(frame base
40L),
SolidBody 6(Square tube 40 X
40 X 4(1)[9])(frame base
40L),
SolidBody 7(Square tube 40 X
40 X 4(1)[7])(frame base
40L),
SolidBody 8(Square tube 40 X
40 X 4(1)[10])(frame base
40L),
SolidBody 9(Square tube 40 X
40 X 4(1)[1])(frame base
40L),
SolidBody 10(Square tube 40
X 40 X 4(1)[2])(frame base
40L),
SolidBody 11(Square tube 40
X 40 X 4(1)[14])(frame base
40L),
SolidBody 12(Square tube 40
X 40 X 4(1)[5])(frame base
40L),
SolidBody 13(Square tube 40
X 40 X 4(1)[12])(frame base
40L),
SolidBody 14(Square tube 40
X 40 X 4(1)[13])(frame base
40L),
SolidBody 15(Square tube 40
X 40 X 4(1)[15])(frame base
40L)
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
10
Curve Data:N/A
Loads and Fixtures
Fixture name
Fixture Image
Fixture Details
Fixed-1
Entities:
6 Joint(s)
Type:
Fixed Geometry
Load name
Load Image
Load Details
Force-1
Entities:
6 Beam (s)
Reference:
Edge< 1 >
Type:
Apply force
Values:
---; ---; -.200 kgf
Moments:
---; ---; --- kgf.cm
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
11
Connector Definitions
No Data
Contact Information
No Data
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
12
Mesh information
Mesh type
Beam Mesh
Mesh information - Details
Total Nodes
404
Total Elements
394
Time to complete mesh(hh;mm;ss):
00:00:04
Computer name:
Sensor Details
No Data
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
13
Resultant Forces
Reaction forces
Selection set
Units
Sum X
Sum Y
Sum Z
Resultant
Entire Model
N
3,24193e-05
11.768
-7,62939e-06
11.768
Reaction Moments
Selection set
Units
Sum X
Sum Y
Sum Z
Resultant
Entire Model
N.m
2,86102e-05
2,0576e-07
-0,000954836
0,000955264
Free body forces
Selection set
Units
Sum X
Sum Y
Sum Z
Resultant
Entire Model
N
0
0
0
0
Free body moments
Selection set
Units
Sum X
Sum Y
Sum Z
Resultant
Entire Model
N.m
0
0
0
0
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
14
Beams
Beam Forces
Beam
Name
Joint
s
Axial(N
)
Shear1(N
)
Shear2(N)
Moment1(N.m
)
Moment2(N.m
)
Torque(N.m
)
Beam-
1(Square
tube 40 X
40 X
4(1)[3])
1
-594,909
-0,406485
-318,928
36,7751
0,924752
-6,56599
2
594,911
-0,406486
-318,926
-36,7761
-0,924754
-6,566
3
-594,911
0,406486
-661,739
-156,056
0,467457
6,566
Beam-
2(Square
tube 40 X
40 X
4(1)[6])
1
-41,106
-1,09506e-
06
-980,664
-281,784
0,615094
7,12565e-06
2
41,106
1,09506e-
06
-980,666
281,786
-0,615092
-7,12682e-06
Beam-
3(Square
tube 40 X
40 X
4(1)[11])
1
1.323,48
0,0016471
6
41,3269
-4,8019
0,000466199
1,69688e-07
2
-
1.323,48
-
0,0016510
8
0,812815
-13,1322
0,000472733
1,53364e-06
3
-
1.323,48
-
0,0016471
6
-41,3269
-10,4891
0,000143251
-1,69688e-07
Beam-
4(Square
tube 40 X
40 X
4(1)[4])
1
1.119,21
-41,1059
-1.961,33
202,273
-2,47535
281,784
2
-
1.119,21
41,1024
1.569,06
62,5055
-3,69041
-281,784
3
-
1.119,21
-41,1056
-1.961,33
-202,273
2,47531
281,784
4
-
1.119,21
-3,24489e-
05
-588,399
62,5064
-3,07544
-1,79834e-07
Beam-
5(Square
tube 40 X
40 X
4(1)[8])
1
-
2.280,26
-636,015
1.119,62
195,707
245,009
-1,55059
2
2.280,26
636,015
79,8783
-8,01293
117,52
0,643565
3
-
2.280,26
-636,015
-79,8783
-21,542
117,806
-0,643565
Beam-
6(Square
tube 40 X
40 X
4(1)[9])
1
2.280,26
-636,016
79,8784
-8,01293
-117,52
-0,643566
2
-
2.280,26
636,016
1.119,62
195,707
-245,01
1,5506
3
-
2.280,26
636,016
-79,8784
-21,5421
-117,806
0,643566
Beam-
7(Square
tube 40 X
40 X
4(1)[7])
1
2.280,26
636,015
-79,8784
8,01293
117,52
-0,643568
2
-
2.280,26
-636,015
-1.119,62
-195,707
245,009
1,5506
3
-
2.280,26
-636,015
79,8784
21,5421
117,806
0,643568
1
2.280,26
-636,016
-79,8785
8,01294
-117,52
0,643568
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
15
Beam-
8(Square
tube 40 X
40 X
4(1)[10])
2
-
2.280,26
636,016
-1.119,62
-195,707
-245,01
-1,5506
3
-
2.280,26
636,016
79,8785
21,5421
-117,806
-0,643568
Beam-
9(Square
tube 40 X
40 X
4(1)[1])
1
-594,911
-0,40641
-625,418
-129,24
-0,484436
-6,56611
2
-594,909
0,406406
-318,928
36,7751
-0,92471
6,5661
3
594,911
0,40641
-318,926
-36,7761
0,924713
6,56611
Beam-
10(Squar
e tube 40
X 40 X
4(1)[2])
1
1.119,21
41,1059
-1.961,33
202,273
2,47535
-281,786
2
-
1.119,21
-41,1059
1.569,06
62,5065
3,69054
281,786
3
-
1.119,21
41,1056
-1.961,33
-202,273
-2,47531
-281,786
4
-
1.119,21
3,88952e-
05
-588,399
62,5064
3,07543
1,08343e-05
Beam-
11(Squar
e tube 40
X 40 X
4(1)[14])
1
-1.199,5
1,51052e-
06
1,64777e-05
6,67437
-0,90703
-8,5629e-07
2
1.199,5
-1,51043e-
06
-1,64777e-
05
-6,67438
0,907031
8,5629e-07
Beam-
12(Squar
e tube 40
X 40 X
4(1)[5])
1
-41,1055
-1,67921e-
06
-980,664
-281,784
-0,615091
-8,8697e-06
2
41,1055
1,67919e-
06
-980,666
281,786
0,615094
3,55703e-06
Beam-
13(Squar
e tube 40
X 40 X
4(1)[12])
1
1.323,48
0,0016193
3
-41,3268
4,80192
0,000458925
5,03784e-07
2
-
1.323,48
-
0,0016154
2
-0,812972
13,132
0,000464046
7,28678e-07
3
-
1.323,48
-
0,0016193
3
41,3268
10,489
0,000140228
-5,03784e-07
Beam-
14(Squar
e tube 40
X 40 X
4(1)[13])
1
-42,1398
3,91439e-
06
0,00016054
9
2,80571
-1,70333e-06
7,33992e-07
2
42,1398
-3,91439e-
06
-
0,00016054
9
-2,80559
-1,23246e-06
-7,33992e-07
Beam-
15(Squar
e tube 40
X 40 X
4(1)[15])
1
-1.199,5
-4,71408e-
06
3,93184e-05
6,67436
0,907028
-5,68516e-07
2
1.199,5
4,714e-06
-3,93184e-
05
-6,67439
-0,907032
5,68515e-07
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
16
Beam Stresses
Beam Name
Joints
Axial(N/m^2)
Bending
Dir1(N/m^2)
Bending
Dir2(N/m^2)
Torsional
(N/m^2)
Upper bound axial
and
bending(N/m^2)
Beam-
1(Square
tube 40 X 40
X 4(1)[3])
1
-1,1124e+06
6,64131e+06
-167.003
-845.874
7,92072e+06
2
-1,11241e+06
6,64148e+06
-167.004
-845.875
7,92089e+06
3
-1,11241e+06
-2,81825e+07
-84.419,1
845.875
2,93793e+07
Beam-
2(Square
tube 40 X 40
X 4(1)[6])
1
-76.862,8
-5,0888e+07
-111.081
0,917974
5,1076e+07
2
-76.862,8
-5,08884e+07
-111.081
-0,918124
5,10763e+07
Beam-
3(Square
tube 40 X 40
X 4(1)[11])
1
-2,47473e+06
867.187
84,192
0,0218603
3,342e+06
2
-2,47473e+06
-2,37158e+06
-85,372
0,197574
4,84639e+06
3
-2,47473e+06
-1,89425e+06
-25,8701
-0,0218603
4,369e+06
Beam-
4(Square
tube 40 X 40
X 4(1)[4])
1
-2,09278e+06
-3,6529e+07
-447.029
3,63013e+07
3,90688e+07
2
-2,09278e+06
1,1288e+07
666.461
-
3,63013e+07
1,40473e+07
3
-2,09278e+06
-3,6529e+07
-447.022
3,63012e+07
3,90688e+07
4
-2,09278e+06
1,12882e+07
555.401
-0,0231674
1,39364e+07
Beam-
5(Square
tube 40 X 40
X 4(1)[8])
1
-4,26378e+06
3,53432e+07
-4,42467e+07
-199.758
8,38537e+07
2
-4,26378e+06
1,44707e+06
2,12232e+07
82.908,3
2,6934e+07
3
-4,26378e+06
-3,89033e+06
-2,12748e+07
-82.908,3
2,94289e+07
Beam-
6(Square
tube 40 X 40
X 4(1)[9])
1
-4,26379e+06
1,44707e+06
-2,12232e+07
-82.908,4
2,6934e+07
2
-4,26379e+06
3,53432e+07
4,42469e+07
199.758
8,38539e+07
3
-4,26379e+06
-3,89033e+06
2,12749e+07
82.908,4
2,94291e+07
Beam-
7(Square
tube 40 X 40
X 4(1)[7])
1
-4,26378e+06
-1,44707e+06
2,12232e+07
-82.908,6
2,6934e+07
2
-4,26378e+06
-3,53432e+07
-4,42467e+07
199.758
8,38537e+07
3
-4,26378e+06
3,89034e+06
-2,12748e+07
82.908,6
2,9429e+07
Beam-
8(Square
tube 40 X 40
X 4(1)[10])
1
-4,26379e+06
-1,44708e+06
-2,12232e+07
82.908,7
2,6934e+07
2
-4,26379e+06
-3,53432e+07
4,42469e+07
-199.758
8,38539e+07
3
-4,26379e+06
3,89034e+06
2,12749e+07
-82.908,7
2,94291e+07
Beam-
9(Square
tube 40 X 40
X 4(1)[1])
1
-1,11241e+06
-2,33398e+07
87.485,4
-845.870
2,45397e+07
2
-1,1124e+06
6,64131e+06
166.996
845.868
7,92071e+06
3
-1,11241e+06
6,64148e+06
166.996
845.870
7,92089e+06
Beam-
10(Square
tube 40 X 40
X 4(1)[2])
1
-2,09278e+06
-3,6529e+07
447.030
-
3,63006e+07
3,90688e+07
2
-2,09278e+06
1,12882e+07
-666.484
3,63006e+07
1,40475e+07
3
-2,09278e+06
-3,6529e+07
447.023
-
3,63006e+07
3,90688e+07
4
-2,09278e+06
1,12882e+07
-555.399
1,39571
1,39364e+07
1
2,2429e+06
-1,20534e+06
-163.803
-0,110313
3,61205e+06
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
17
Beam-
11(Square
tube 40 X 40
X 4(1)[14])
2
2,2429e+06
-1,20534e+06
-163.803
0,110313
3,61205e+06
Beam-
12(Square
tube 40 X 40
X 4(1)[5])
1
-76.862
-5,0888e+07
111.081
-1,14265
5,1076e+07
2
-76.862
-5,08884e+07
111.081
0,45824
5,10763e+07
Beam-
13(Square
tube 40 X 40
X 4(1)[12])
1
-2,47473e+06
-867.190
82,8784
0,0649007
3,342e+06
2
-2,47473e+06
2,37154e+06
-83,8032
0,093873
4,84635e+06
3
-2,47473e+06
1,89423e+06
-25,3241
-0,0649007
4,36899e+06
Beam-
14(Square
tube 40 X 40
X 4(1)[13])
1
-78.795,9
506.689
0,307608
0,0945577
585.486
2
-78.795,9
506.668
-0,222573
-0,0945577
585.464
Beam-
15(Square
tube 40 X 40
X 4(1)[15])
1
2,2429e+06
-1,20534e+06
163.802
-0,0732399
3,61204e+06
2
2,2429e+06
-1,20534e+06
163.803
0,0732398
3,61205e+06
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
18
Study Results
Name
Type
Min
Max
Stress1
Upper bound axial and bending
6kgf/cm^2
Element: 359
855kgf/cm^2
Element: 170
frame base 40L-Static 1-Stress-Stress1
Name
Type
Min
Max
Displacement1
URES: Resultant Displacement
0mm
Node: 112
5mm
Node: 84
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
19
frame base 40L-Static 1-Displacement-Displacement1
PT ASTRA DAIHATSU MOTOR
SOMAX
12/10/2022
Analyzed with SOLIDWORKS Simulation
Simulation of frame base 40L
20
Static Analisys Frame Auto Gun
Conclusion
