Simulation of Vibe
stand
Date: Tuesday, March 4, 2014
Designer: Solidworks
Study name: Frequency 1
Analysis type: Frequency
Table of Contents
Description ............................................ 1
Assumptions .......................................... 2
Model Information ................................... 2
Study Properties ..................................... 3
Units ................................................... 3
Material Properties .................................. 4
Description
Loads and Fixtures................................... 4
No Data
Connector Definitions ............................... 5
Contact Information ................................. 5
Mesh Information .................................... 6
Sensor Details ........................................ 7
Study Results ......................................... 8
Conclusion .......................................... 13
Analyzed with SolidWorks Simulation
Simulation of Vibe stand
1
Assumptions
Model Information
Model name: Vibe stand
Current Configuration: Default<As Machined>
Solid Bodies
Document Name and
Reference
CirPattern5
Treated As
Solid Body
Analyzed with SolidWorks Simulation
Volumetric Properties
Mass:5.70453 kg
Volume:0.000740848 m^3
Density:7700 kg/m^3
Weight:55.9044 N
Document Path/Date
Modified
C:\Users\Chris\SkyDrive\D
ocuments\Senior
Design\Models\Vibe
stand.SLDPRT
Feb 28 20:09:58 2014
Simulation of Vibe stand
2
Study Properties
Study name
Frequency 1
Analysis type
Frequency
Mesh type
Solid Mesh
Number of frequencies
10
Solver type
Automatic
Soft Spring:
Off
Incompatible bonding options
Automatic
Thermal option
Include temperature loads
Zero strain temperature
298 Kelvin
Include fluid pressure effects from SolidWorks
Flow Simulation
Result folder
Off
SolidWorks document
(C:\Users\Chris\SkyDrive\Documents\Senior
Design\Models)
Units
Unit system:
SI (MKS)
Length/Displacement
mm
Temperature
Kelvin
Angular velocity
Rad/sec
Pressure/Stress
N/m^2
Analyzed with SolidWorks Simulation
Simulation of Vibe stand
3
Material Properties
Model Reference
Properties
Name:
Model type:
Default failure
criterion:
Yield strength:
Tensile strength:
Mass density:
Elastic modulus:
Poisson's ratio:
Thermal expansion
coefficient:
Components
Alloy Steel
Linear Elastic Isotropic
Max von Mises Stress
SolidBody
1(CirPattern5)(Vibe stand)
6.20422e+008 N/m^2
7.23826e+008 N/m^2
7700 kg/m^3
2.1e+011 N/m^2
0.28
1.3e-005 /Kelvin
Curve Data:N/A
Loads and Fixtures
Fixture name
Fixture Image
Fixture Details
Entities:
Type:
1 face(s)
Fixed Geometry
Fixed-1
Load name
Load Image
Load Details
Reference:
Values:
Units:
Front Plane
0 0 -9.81
SI
Gravity-1
Analyzed with SolidWorks Simulation
Simulation of Vibe stand
4
Connector Definitions
No Data
Contact Information
No Data
Analyzed with SolidWorks Simulation
Simulation of Vibe stand
5
Mesh Information
Mesh type
Solid Mesh
Mesher Used:
Standard mesh
Automatic Transition:
Off
Include Mesh Auto Loops:
Off
Jacobian points
4 Points
Element Size
0.566936 in
Tolerance
0.0283468 in
Mesh Quality
High
Mesh Information - Details
Total Nodes
17111
Total Elements
8660
Maximum Aspect Ratio
15.734
% of elements with Aspect Ratio < 3
76
% of elements with Aspect Ratio > 10
0.0924
% of distorted elements(Jacobian)
0
Time to complete mesh(hh;mm;ss):
00:00:02
Computer name:
CHRIS_HP_ENVY
Analyzed with SolidWorks Simulation
Simulation of Vibe stand
6
Sensor Details
No Data
Analyzed with SolidWorks Simulation
Simulation of Vibe stand
7
Study Results
Name
Type
Min
Max
Amplitude1
AMPRES: Resultant Amplitude Plot
for Mode Shape: 1(Value = 888.527
Hz)
0
Node: 1
0.806925
Node: 926
Vibe stand-Frequency 1-Amplitude-Amplitude1
Name
Type
Min
Max
Amplitude2
AMPRES: Resultant Amplitude Plot
for Mode Shape: 2(Value = 1233.78
Hz)
0
Node: 1
1.16957
Node: 1554
Analyzed with SolidWorks Simulation
Simulation of Vibe stand
8
Vibe stand-Frequency 1-Amplitude-Amplitude2
Name
Type
Min
Max
Amplitude3
AMPRES: Resultant Amplitude Plot
for Mode Shape: 3(Value = 1234.71
Hz)
0
Node: 1
1.16883
Node: 1537
Analyzed with SolidWorks Simulation
Simulation of Vibe stand
9
Vibe stand-Frequency 1-Amplitude-Amplitude3
Name
Type
Min
Max
Amplitude4
AMPRES: Resultant Amplitude Plot
for Mode Shape: 4(Value = 1747.82
Hz)
0
Node: 1
1.15739
Node: 1521
Analyzed with SolidWorks Simulation
Simulation of Vibe stand
10
Vibe stand-Frequency 1-Amplitude-Amplitude4
Name
Type
Min
Max
Amplitude5
AMPRES: Resultant Amplitude Plot
for Mode Shape: 5(Value = 1929.18
Hz)
0
Node: 1
1.17983
Node: 1504
Analyzed with SolidWorks Simulation
Simulation of Vibe stand
11
Vibe stand-Frequency 1-Amplitude-Amplitude5
Mode List
Frequency Number
Rad/sec
Hertz
Seconds
1
5582.8
888.53
0.0011255
2
7752.1
1233.8
0.00081052
3
7757.9
1234.7
0.00080991
4
10982
1747.8
0.00057214
5
12121
1929.2
0.00051835
6
13419
2135.7
0.00046823
7
13423
2136.3
0.0004681
8
13480
2145.4
0.00046612
9
14080
2240.8
0.00044626
10
17091
2720.1
0.00036764
Mass Participation (Normalized)
Analyzed with SolidWorks Simulation
Simulation of Vibe stand
12
Mode Number
Frequency(Hertz)
X direction
Y direction
Z direction
1
888.53
1.3775e-007
6.3147e-006
7.6502e-009
2
1233.8
0.092587
0.18044
1.3677e-008
3
1234.7
0.1807
0.092408
1.4528e-009
4
1747.8
1.5728e-007
2.6687e-006
1.4448e-007
5
1929.2
3.4003e-006
3.7526e-008
0.48951
6
2135.7
0.00011153
0.024695
2.1229e-006
7
2136.3
0.025079
0.00011402
4.0217e-006
8
2145.4
1.7706e-005
3.6413e-006
5.2727e-007
9
2240.8
1.7514e-007
2.613e-007
2.9576e-007
10
2720.1
0.49699
0.025362
1.9118e-006
Sum X = 0.79549
Sum Y = 0.32303
Sum Z = 0.48951
Conclusion
Analyzed with SolidWorks Simulation
Simulation of Vibe stand
13