Bao cao ket qua toi uu

Simulation of toi uu
hoa end 2
Date: Friday, June 01, 2012
Designer: Solidworks
Study name: Design Study 1
Analysis type: Design Study

Table of Contents

Description
No Data

Analyzed with SolidWorks Simulation

Simulation of toi uu hoa end 2

1


Assumptions

Model Information
Document
Name
toi uu hoa end 2

Configuration

Document Path

Date Modified

DefaultMachined>

F:\toi uu hoa 2 ong\toi uu hoa end 2.SLDPRT

Jun 01 04:42:13
2012

Study Properties
Study name
Analysis type

Design Study 1
Design Study(Optimization)

Design Study Quality
Result folder

High quality (slower)
SolidWorks document(F:\toi uu hoa 2 ong)

Analyzed with SolidWorks Simulation

Simulation of toi uu hoa end 2

2


Units

Unit system:

SI (MKS)

Length/Displacement
Temperature

mm
Kelvin

Angular velocity
Pressure/Stress

Rad/sec
N/m^2

Design Study Setup
Design Variables
Name

Type
x1

Values

Units

Range with Step

Min:19 Max:25.4 Step:3.2

mm

Range with Step

Min:1.2065 Max:2.413
Step:0.60325

mm

x3

Range with Step

Min:19 Max:26.9 Step:3.95

mm

x4

Range with Step

Min:2 Max:3.2 Step:0.6

mm

x2

Constraints
Sensor name

Condition

Bounds

Units

is between

Min:0
Max:1.85e+008

Displacement
6

is between

Min:0 Max:8.5

Frequency5

is between

Min:0 Max:30

Stress9

Study name
Study 1

N/m^2

Study 1

mm
Hz

Study 2

Goals
Name

Goal
Mass3

Properties
Minimize

Mass

Analyzed with SolidWorks Simulation

Weight
10

Study name
-

Simulation of toi uu hoa end 2

3


Study Results
83 of 83 scenarios ran successfully.
Component
name
x1
x2
x3
x4
Stress9
Displacement
6
Frequency5
Mass3

Units

Current

Initial

Optimal

Scenario1

Scenario2

mm

mm
mm
mm
N/m^2

19
1.2065
19
2
43.2144

19
1.2065
19
2
43.2144

22.2
1.2065
22.95
2
43.2144

19
1.2065
19
2
43.2144

22.2

1.2065
19
2
43.2144

mm

9.83559

9.83559

8.32521

9.83559

8.5398

Hz
g

16.3183
43214.4

16.3183
43214.4

19.92248
47237.8

16.3183

43214.4

16.75892
46260

Component name

Units

Scenario3

Scenario4

Scenario5

Scenario6

Scenario7

x1
x2
x3
x4
Stress9
Displacement6
Frequency5
Mass3

mm
mm

mm
mm
N/m^2
mm
Hz
g

25.4
1.2065
19
2
43.2144
7.55276
17.06649
49279.1

19
1.80975
19
2
43.2144
7.96627
16.51469
51049.3

22.2
1.80975
19
2
43.2144

6.79924
16.92388
55621.7

25.4
1.80975
19
2
43.2144
5.9334
17.18737
60151.1

19
2.413
19
2
43.2144
6.8616
16.60148
58289.4

Component name

Units

Scenario8

Scenario9

Scenario10

Scenario11

Scenario12

x1
x2
x3
x4
Stress9
Displacement6
Frequency5
Mass3

mm
mm
mm
mm
N/m^2
mm
Hz
g

22.2
2.413
19
2
43.2144
5.77427

16.98535
64386.5

25.4
2.413
19
2
43.2144
4.98362
17.21492
70427.1

19
1.2065
22.95
2
43.2144
9.56308
19.28793
44192.2

22.2
1.2065
22.95
2
43.2144
8.32521
19.92248
47237.8

25.4
1.2065
22.95
2
43.2144
7.37689
20.39848
50256.9

Component name

Units

Scenario13

Scenario14

Scenario15

Scenario16

Scenario17

x1
x2
x3
x4
Stress9
Displacement6
Frequency5

Mass3

mm
mm
mm
mm
N/m^2
mm
Hz
g

19
1.80975
22.95
2
43.2144
7.76375
19.60064
52027.1

22.2
1.80975
22.95
2
43.2144
6.64339
20.22046
56599.5

25.4

1.80975
22.95
2
43.2144
5.80758
20.66102
61128.9

19
2.413
22.95
2
43.2144
6.69678
19.75831
59267.2

22.2
2.413
22.95
2
43.2144
5.64973
20.36592
65364.3

Analyzed with SolidWorks Simulation

Simulation of toi uu hoa end 2

4


Component name

Units

Scenario18

Scenario19

Scenario20

Scenario21

Scenario22

x1
x2
x3
x4
Stress9
Displacement6
Frequency5
Mass3

mm
mm
mm
mm

N/m^2
mm
Hz
g

25.4
2.413
22.95
2
43.2144
4.8843
20.77705
71404.9

19
1.2065
26.9
2
43.2144
9.30437
22.03115
45169.3

22.2
1.2065
26.9
2
43.2144
8.11961
22.87009

48214.9

25.4
1.2065
26.9
2
43.2144
7.20783
23.5145
51233.9

19
1.80975
26.9
2
43.2144
7.56837
22.4823
53004.2

Component name

Units

Scenario23

Scenario24

Scenario25

Scenario26

Scenario27

x1
x2
x3
x4
Stress9
Displacement6
Frequency5
Mass3

mm
mm
mm
mm
N/m^2
mm
Hz
g

22.2
1.80975
26.9
2
43.2144
6.49194
23.3127
57576.6

25.4
1.80975
26.9
2
43.2144
5.68507
23.93216
62106

19
2.413
26.9
2
43.2144
6.53611
22.72068
60244.3

22.2
2.413
26.9
2
43.2144
5.52738
23.55031
66341.3

25.4
2.413

26.9
2
43.2144
4.78645
24.15031
72381.9

Component name

Units

Scenario28

Scenario29

Scenario30

Scenario31

Scenario32

x1
x2
x3
x4
Stress9
Displacement6
Frequency5
Mass3

mm
mm
mm
mm
N/m^2
mm
Hz
g

19
1.2065
19
2.6
43.2144
9.67265
15.68306
44283.9

22.2
1.2065
19
2.6
43.2144
8.41091
16.13494
47329.5

25.4
1.2065
19

2.6
43.2144
7.44674
16.45871
50348.6

19
1.80975
19
2.6
43.2144
7.84625
15.90048
52118.8

22.2
1.80975
19
2.6
43.2144
6.70631
16.32949
56691.2

Component name

Units

Scenario33

Scenario34

Scenario35

Scenario36

Scenario37

x1
x2
x3
x4
Stress9
Displacement6
Frequency5
Mass3

mm
mm
mm
mm
N/m^2
mm
Hz
g

25.4
1.80975
19
2.6

43.2144
5.85807
16.61618
61220.6

19
2.413
19
2.6
43.2144
6.76436
16.00661
59358.9

22.2
2.413
19
2.6
43.2144
5.70018
16.41713
65456

25.4
2.413
19
2.6
43.2144
4.92415
16.67519

71496.6

19
1.2065
22.95
2.6
43.2144
9.36786
18.55525
45555.1

Component name

Units

Scenario38

Scenario39

Scenario40

Scenario41

Scenario42

x1
x2
x3
x4
Stress9

Displacement6
Frequency5

mm
mm
mm
mm
N/m^2
mm
Hz

22.2
1.2065
22.95
2.6
43.2144
8.1709
19.1972

25.4
1.2065
22.95
2.6
43.2144
7.25054
19.68554

19
1.80975
22.95

2.6
43.2144
7.61916
18.89095

22.2
1.80975
22.95
2.6
43.2144
6.53198
19.52478

25.4
1.80975
22.95
2.6
43.2144
5.71793
19.98634

Analyzed with SolidWorks Simulation

Simulation of toi uu hoa end 2

5


Component name

Units

Scenario38

Scenario39

Scenario40

Scenario41

Scenario42

Mass3

g

48600.7

51619.7

53390

57962.4

62491.8

Component name

Units

Scenario43

Scenario44

Scenario45

Scenario46

Scenario47

x1
x2
x3
x4
Stress9
Displacement6
Frequency5
Mass3

mm
mm
mm
mm
N/m^2
mm
Hz
g

19
2.413

22.95
2.6
43.2144
6.57947
19.06822
60630.1

22.2
2.413
22.95
2.6
43.2144
5.56101
19.69691
66727.1

25.4
2.413
22.95
2.6
43.2144
4.81371
20.13643
72767.7

19
1.2065
26.9
2.6
43.2144

9.08034
21.17983
46825.7

22.2
1.2065
26.9
2.6
43.2144
7.94179
22.0333
49871.3

Component name

Units

Scenario48

Scenario49

Scenario50

Scenario51

Scenario52

x1
x2
x3

x4
Stress9
Displacement6
Frequency5
Mass3

mm
mm
mm
mm
N/m^2
mm
Hz
g

25.4
1.2065
26.9
2.6
43.2144
7.06225
22.68917
52890.4

19
1.80975
26.9
2.6
43.2144
7.4013

21.66445
54660.6

22.2
1.80975
26.9
2.6
43.2144
6.36313
22.50882
59233

25.4
1.80975
26.9
2.6
43.2144
5.58172
23.14514
63762.4

19
2.413
26.9
2.6
43.2144
6.40037
21.92621
61900.7

Component name

Units

Scenario53

Scenario54

Scenario55

Scenario56

Scenario57

x1
x2
x3
x4
Stress9
Displacement6
Frequency5
Mass3

mm
mm
mm
mm
N/m^2
mm
Hz

g

22.2
2.413
26.9
2.6
43.2144
5.42503
22.77292
67997.8

25.4
2.413
26.9
2.6
43.2144
4.70555
23.3961
74038.4

19
1.2065
19
3.2
43.2144
9.54784
15.12531
45264.1

22.2

1.2065
19
3.2
43.2144
8.31205
15.57851
48309.8

25.4
1.2065
19
3.2
43.2144
7.36543
15.90827
51328.8

Component name

Units

Scenario58

Scenario59

Scenario60

Scenario61

Scenario62

x1
x2
x3
x4
Stress9
Displacement6
Frequency5
Mass3

mm
mm
mm
mm
N/m^2
mm
Hz
g

19
1.80975
19
3.2
43.2144
7.75403
15.35276
53099

22.2
1.80975

19
3.2
43.2144
6.6349
15.7885
57671.4

25.4
1.80975
19
3.2
43.2144
5.80024
16.08605
62200.8

19
2.413
19
3.2
43.2144
6.68966
15.46918
60339.1

22.2
2.413
19
3.2
43.2144

5.64339
15.89085
66436.2

Component name

Units

Scenario63

Scenario64

Scenario65

Scenario66

Scenario67

x1
x2
x3
x4

mm
mm
mm
mm

25.4
2.413

19
3.2

19
1.2065
22.95
3.2

22.2
1.2065
22.95
3.2

25.4
1.2065
22.95
3.2

19
1.80975
22.95
3.2

Analyzed with SolidWorks Simulation

Simulation of toi uu hoa end 2

6

Component name

Units

Scenario63

Scenario64

Scenario65

Scenario66

Scenario67

Stress9
Displacement6
Frequency5
Mass3

N/m^2
mm
Hz
g

43.2144
4.8787
16.16351
72476.8

43.2144

9.21375
17.91891
46828.8

43.2144
8.04872
18.56037
49874.4

43.2144
7.15042
19.05166
52893.5

43.2144
7.50458
18.26692
54663.7

Component name

Units

Scenario68

Scenario69

Scenario70

Scenario71

Scenario72

x1
x2
x3
x4
Stress9
Displacement6
Frequency5
Mass3

mm
mm
mm
mm
N/m^2
mm
Hz
g

22.2
1.80975
22.95
3.2
43.2144
6.44359
18.90332
59236.1

25.4
1.80975
22.95
3.2
43.2144
5.64686
19.37309
63765.5

19
2.413
22.95
3.2
43.2144
6.4865
18.45501
61903.8

22.2
2.413
22.95
3.2
43.2144
5.49079
19.09019
68000.9

25.4
2.413
22.95

3.2
43.2144
4.75808
19.54268
74041.5

Component name

Units

Scenario73

Scenario74

Scenario75

Scenario76

Scenario77

x1
x2
x3
x4
Stress9
Displacement6
Frequency5
Mass3

mm

mm
mm
mm
N/m^2
mm
Hz
g

19
1.2065
26.9
3.2
43.2144
8.90023
20.44783
48392.6

22.2
1.2065
26.9
3.2
43.2144
7.79808
21.30854
51438.3

25.4
1.2065
26.9
3.2

43.2144
6.94432
21.96823
54457.3

19
1.80975
26.9
3.2
43.2144
7.26631
20.954
56227.5

22.2
1.80975
26.9
3.2
43.2144
6.25873
21.80335
60799.9

Component name

Units

Scenario78

Scenario79

Scenario80

Scenario81

<L_Iter5/>

x1
x2
x3
x4
Stress9
Displacement6
Frequency5
Mass3

mm
mm
mm
mm
N/m^2
mm
Hz
g

25.4
1.80975
26.9
3.2
43.2144

5.49792
22.44569
65329.3

19
2.413
26.9
3.2
43.2144
6.29048
21.23071
63467.6

22.2
2.413
26.9
3.2
43.2144
5.34201
22.0831
69564.7

25.4
2.413
26.9
3.2
43.2144
4.64001
22.71577
75605.3

<SR_Iter5/>

Name

Type

Min

Max

Graph2

History: Design Study 1

-

-

Analyzed with SolidWorks Simulation

Simulation of toi uu hoa end 2

7


Name

Type

Min

Max

toi uu hoa end 2_Design Study 1-History: Graph2

Name

Type

Min

Max

Graph3

History: Design Study 1

-

-

Analyzed with SolidWorks Simulation

Simulation of toi uu hoa end 2

8


Name

Type

Min

Max

toi uu hoa end 2_Design Study 1-History: Graph3

Conclusion

Analyzed with SolidWorks Simulation

Simulation of toi uu hoa end 2

9