Difference between revisions of "Kalyan 4-25-08"

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{| align="left" border="0"   
 
{| align="left" border="0"   
 
|-
 
|-
|[[Image:sector_orientation.jpg| 600 px]]
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|[[Image:sector_orientation.jpg| 450 px]]
 
|-
 
|-
| Figure 4.25.08.1: sector orientation
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|[[Image:sector_orientation2.jpg| 350 px]]
 
|-
 
|-
|[[Image:sector_orientation2.jpg| 600 px]]
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| Figure 4.25.08.1: Sector Orientation
|-
 
| Figure 4.25.08.2: sector orientation
 
 
|}
 
|}
  
 +
 +
The sectors were counted from the negative Zero degree of the x-axis.
 +
So, The sector in the left side going through the x-axis is given 1 and counted clockwise direction from 1-6 as shown in the figure
 +
The ideal case of gravity is the case where the chamber is positioned in a way that the back plate is on the top of the nose plate. However, the chamber tilt angle is addressed.
 +
This case is analyzed just to understand the deflection patterns and practically there is no similarity to any of the sectors.
  
  
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All of them with Carbon rods, No Hexcel sheet, No mylar sheet. Left hinge was constrained, right hinge was allowed to move along the back Plate length(x-axis) and front face of the nose plate was constrained.
+
All of the analysis has Carbon rods. Hexcel sheet and No mylar sheet were not included in the model.  
 +
Left hinge on the back plate is completely constrained, right hinge was allowed to move along the back Plate length(x-axis) and front face of the nose plate was constrained completely. acceleration was applied to the chamber in the opposite side of the gravity, resembling gravity in each case
  
 
* Wire Loads are 1512N on all the 4 hole areas
 
* Wire Loads are 1512N on all the 4 hole areas
  
 
* Material Properties
 
* Material Properties
 +
  
 
{| border="1"  |cellpadding="20" cellspacing="0  
 
{| border="1"  |cellpadding="20" cellspacing="0  
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=Case 1. No gravity=
 
=Case 1. No gravity=
 +
  
 
{| align="center" border="0"   
 
{| align="center" border="0"   
 
|-
 
|-
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|[[Image:4_25_08_1o.jpg| 400 px]]
 +
||
 
|[[Image:4_25_08_1d.jpg| 600 px]]
 
|[[Image:4_25_08_1d.jpg| 600 px]]
 
|-
 
|-
| Figure 4.25.08.1: Total Deformation in analysis Case 1
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| Figure 4.25.08.1: Analysis case1 orientation and on the right showing Total Deformation
 
|}
 
|}
  
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{| align="center" border="0"   
 
{| align="center" border="0"   
 
|-
 
|-
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|[[Image:4_25_08_2o.jpg| 400 px]]
 +
||
 
|[[Image:4_25_08_2d.jpg| 600 px]]
 
|[[Image:4_25_08_2d.jpg| 600 px]]
 
|-
 
|-
| Figure 4.25.08.2: Total Deformation in analysis Case 2
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| Figure 4.25.08.1: Analysis case 2 orientation and on the right showing Total Deformation
 
|}
 
|}
 +
  
  
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The analysis report is available at [[Image:4_25_08_2.pdf]]
 
The analysis report is available at [[Image:4_25_08_2.pdf]]
  
=Case 3. Chamber 3=
+
=Case 3. Sector 3=
 +
 
  
 
{| align="center" border="0"   
 
{| align="center" border="0"   
 
|-
 
|-
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|[[Image:4_25_08_3o.jpg| 600 px]]
 +
||
 
|[[Image:4_25_08_3d.jpg| 600 px]]
 
|[[Image:4_25_08_3d.jpg| 600 px]]
 
|-
 
|-
| Figure 4.25.08.3: Total Deformation in analysis Case 3
+
| Figure 4.25.08.3: Analysis case 3 orientation and on the right showing Total Deformation
 
|}
 
|}
  
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The analysis report is available at [[Image:4_25_08_3.pdf]]
 
The analysis report is available at [[Image:4_25_08_3.pdf]]
  
=Case 4. Chamber 4=
+
=Case 4. Sector 4=
  
 
{| align="center" border="0"   
 
{| align="center" border="0"   
 
|-
 
|-
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|[[Image:4_25_08_4o.jpg| 600 px]]
 +
||
 
|[[Image:4_25_08_4d.jpg| 600 px]]
 
|[[Image:4_25_08_4d.jpg| 600 px]]
 
|-
 
|-
| Figure 4.25.08.4: Total Deformation in analysis Case 4
+
| Figure 4.25.08.4: Analysis case 4 orientation and on the right showing Total Deformation
 
|}
 
|}
 +
  
  
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The analysis report is available at [[Image:4_25_08_4.pdf]]
 
The analysis report is available at [[Image:4_25_08_4.pdf]]
  
=Case 5. Chamber 5=
+
=Case 5. Sector 5=
  
 
{| align="center" border="0"   
 
{| align="center" border="0"   
 
|-
 
|-
 +
|[[Image:4_25_08_5o.jpg| 600 px]]
 +
||
 
|[[Image:4_25_08_5d.jpg| 600 px]]
 
|[[Image:4_25_08_5d.jpg| 600 px]]
 
|-
 
|-
| Figure 4.25.08.5: Total Deformation in analysis Case 5
+
| Figure 4.25.08.5: Analysis case 5 orientation and on the right showing Total Deformation
 
|}
 
|}
  

Latest revision as of 09:36, 17 July 2008

Region 3 sector orientations can be understood as follows

Sector orientation.jpg
Sector orientation2.jpg
Figure 4.25.08.1: Sector Orientation


The sectors were counted from the negative Zero degree of the x-axis. So, The sector in the left side going through the x-axis is given 1 and counted clockwise direction from 1-6 as shown in the figure The ideal case of gravity is the case where the chamber is positioned in a way that the back plate is on the top of the nose plate. However, the chamber tilt angle is addressed. This case is analyzed just to understand the deflection patterns and practically there is no similarity to any of the sectors.


5 sets of Analysis were carried out as follows.


All of the analysis has Carbon rods. Hexcel sheet and No mylar sheet were not included in the model. Left hinge on the back plate is completely constrained, right hinge was allowed to move along the back Plate length(x-axis) and front face of the nose plate was constrained completely. acceleration was applied to the chamber in the opposite side of the gravity, resembling gravity in each case

  • Wire Loads are 1512N on all the 4 hole areas
  • Material Properties


Name of the Material Young's Modulus (MPa) Density (kg/Cu.mm ) Poisson's Ratio
Polyurethane 66 2.4e-007 0.3
Aluminum 68900 2.7e-006 0.33
Stainless steel 1.93e+005 8.e-006 0.3
Carbon fiber 1.5e+005 5.8e-007 0.3


Case 1. No gravity

4 25 08 1o.jpg 4 25 08 1d.jpg
Figure 4.25.08.1: Analysis case1 orientation and on the right showing Total Deformation


The remaining pictures with X, Y, Z Deformations are available at Remaining pictures of Case_1

The analysis report is available at File:4 25 08 1.pdf

Case 2. Ideal case of gravity

4 25 08 2o.jpg 4 25 08 2d.jpg
Figure 4.25.08.1: Analysis case 2 orientation and on the right showing Total Deformation


The remaining pictures with X, Y, Z Deformations are available at Remaining pictures of Case_2

The analysis report is available at File:4 25 08 2.pdf

Case 3. Sector 3

4 25 08 3o.jpg 4 25 08 3d.jpg
Figure 4.25.08.3: Analysis case 3 orientation and on the right showing Total Deformation


The remaining pictures with X, Y, Z Deformations are available at Remaining pictures of Case_3

The analysis report is available at File:4 25 08 3.pdf

Case 4. Sector 4

4 25 08 4o.jpg 4 25 08 4d.jpg
Figure 4.25.08.4: Analysis case 4 orientation and on the right showing Total Deformation


The remaining pictures with X, Y, Z Deformations are available at Remaining pictures of Case_4

The analysis report is available at File:4 25 08 4.pdf

Case 5. Sector 5

4 25 08 5o.jpg 4 25 08 5d.jpg
Figure 4.25.08.5: Analysis case 5 orientation and on the right showing Total Deformation


The remaining pictures with X, Y, Z Deformations are available at Remaining pictures of Case_5

The analysis report is available at File:4 25 08 5.pdf