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1
- #1
TedT
Mechanical
- Oct 20, 1999
- 32
COLD MILL FEED DEVICE: DRIVEN PIVOTING PINCH ROLL <br>
by Ted Tracewicz ATS Spartec Inc.<br>
<br>
The cold mill feed device was designed in Solid Edge. The squeeze roll part file was imported into ANSYS for FEA. The final design produced 54+ draft drawings from parts and assembly files designed in Solid Edge. Subsequently the draft files were imported into AutoCAD dwg and dxf formats. This was successfully imported into the customer’s drawing database that primarily uses Microstation.<br>
The inherent benefits of modeling in 3D allowed the designer to uncover several spurious interferences.<br>
<br>
Anyone that wants to download an 11.2 MB powerpoint file of the above let me know. It is a very helpful analysis of the benefits of solid modeling for a "one-of" design <p> <br><a href=mailto: ttracewicz@atsspartec.on.ca> ttracewicz@atsspartec.on.ca</a><br><a href= > </a><br>
by Ted Tracewicz ATS Spartec Inc.<br>
<br>
The cold mill feed device was designed in Solid Edge. The squeeze roll part file was imported into ANSYS for FEA. The final design produced 54+ draft drawings from parts and assembly files designed in Solid Edge. Subsequently the draft files were imported into AutoCAD dwg and dxf formats. This was successfully imported into the customer’s drawing database that primarily uses Microstation.<br>
The inherent benefits of modeling in 3D allowed the designer to uncover several spurious interferences.<br>
<br>
Anyone that wants to download an 11.2 MB powerpoint file of the above let me know. It is a very helpful analysis of the benefits of solid modeling for a "one-of" design <p> <br><a href=mailto: ttracewicz@atsspartec.on.ca> ttracewicz@atsspartec.on.ca</a><br><a href= > </a><br>