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Bike Crank - Panel
Bike Crank - Panel

Numerical Results

Deformed Shape

The following video shows how to plot the deformed shape and use it to check if the displacement constraints have been applied correctly.

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h1. Numerical Results

h3. Deformed Shape

The following video shows how to plot the deformed shape and use it to check if the displacement constraints have been applied correctly.
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h3. {latex} {\bf $\sigma_x$}{latex} Contours

We next take a look at {latex}rel=0" frameborder="0" allowfullscreen></iframe>

Summary of steps in the above video:

  1. Under the tree, highlight Solution
  2. Select Deformation > Total Deformation
  3. Solve

Sigma_x Contours

We next take a look at

Latex
 $\sigma_x$

...

variation

...

in

...

the model.

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You can save an image of the contours to a file using the instructions below.
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Summary of steps in the above video:

  1. Under the tree, highlight Solution
  2. Select Stress > Normal Stress
  3. Check that it is in the X direction and rename to sigma_x
  4. Solve

You can save an image of the contours to a file using the instructions below.

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<iframe width="600" height="338" src="://www.youtube.com/embed/watch?v=4PGJ90-lg0o|width=600|height=370}
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Below, we take a closer look at the {latex}?rel=0" frameborder="0" allowfullscreen></iframe>

It's incredibly hard to describe in words where this button is located. Watch the video and skip to 0:18 for the location. OR use the snipping tool.

 

Below, we take a closer look at the

Latex
 $\sigma_x$

...

variation

...

on

...

the

...

front

...

face

...

and

...

compare

...

it

...

to

...

what

...

we

...

expect

...

from

...

beam

...

bending theory.

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We interrogate {latex}rel=0" frameborder="0" allowfullscreen></iframe>

Summary of steps in the above video:

  1. Next to Probe, click on Max and Min to enable the location of highest and lowest normal stress in the x direction

 

We interrogate

Latex
 $\sigma_x$

...

variation

...

in

...

the

...

interior

...

of

...

the

...

model

...

using

...

"section

...

planes".

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h3. {latex} ${\bf \sigma_x}${latex} along a Line using "Path" Operations

First, we create two coordinate systems which we'll use to define the start and end points of the line.
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Sigma_x along a Line using "Path" Operations

First, we create two coordinate systems which we'll use to define the start and end points of the line.

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<iframe width="600" height="338" src="http://www.youtube.com/watch?v=embed/R-w8mA2MzSk|width=600|height=370}
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Second, we create the desired line on the front face.
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Second, we create the desired line on the front face.

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Last, we extract {latex}rel=0" frameborder="0" allowfullscreen></iframe>

 

Last, we extract

Latex
 $\sigma_x$

...

along

...

the

...

line

...

and

...

export

...

the

...

results

...

to

...

an

...

Excel file.

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<iframe width="600" height="338" src=" file.
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[*Go to Step 7: Verification & Validation*|Crank - Verification & Validation]

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Go to Step 7: Verification & Validation

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