Thomas_McMaster
Mechanical
- Feb 15, 2017
- 1
Hi,
I am wanting to partition the cell shown in Figure 1.
The part is hollow, with a wall thickness of 5 mm, as seen in Figure 2.
I am wanting to split the wall thickness into 2 partitions, each partition should be 2.5 mm thick. To start this, I sketch a circular partition on the left-hand face of Figure 1. This face partition can be seen in Figure 3. I would like to send this circular partition down the length of the part, following the contours of the part. I have tried to illustrate this with a red line in Figures 4 and 5.
I found a post for partitioning a curved surface, but both edges of the part in that post are parallel to one another at all points. When I try the technique from that post on my part, it fails. I assume this is because the edges of my part are not parallel to one another. This example is found at the following link:
I have tried using various n-patch methods and swept edge methods, but I cannot get it to work. The file is attached, named "Original.cae".
Any help would be greatly appreciated
Thank you in advance,
Thomas
I am wanting to partition the cell shown in Figure 1.
The part is hollow, with a wall thickness of 5 mm, as seen in Figure 2.
I am wanting to split the wall thickness into 2 partitions, each partition should be 2.5 mm thick. To start this, I sketch a circular partition on the left-hand face of Figure 1. This face partition can be seen in Figure 3. I would like to send this circular partition down the length of the part, following the contours of the part. I have tried to illustrate this with a red line in Figures 4 and 5.
I found a post for partitioning a curved surface, but both edges of the part in that post are parallel to one another at all points. When I try the technique from that post on my part, it fails. I assume this is because the edges of my part are not parallel to one another. This example is found at the following link:
I have tried using various n-patch methods and swept edge methods, but I cannot get it to work. The file is attached, named "Original.cae".
Any help would be greatly appreciated
Thank you in advance,
Thomas