drupa mycatalog 2004 - Interpack
drupa mycatalog 2004 - Interpack
drupa mycatalog 2004 - Interpack
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interpack08 interpack08<br />
Processes and Packaging Processes and Packaging<br />
www.interpack.com <strong>mycatalog</strong> 2008 www.interpack.com <strong>mycatalog</strong> 2008<br />
PRODUCT OVERVIEW<br />
04.01.13 Software solutions for the packaging industry<br />
PRODUCT DETAILS<br />
04.01.13 Software solutions for the packaging industry<br />
B-SIM<br />
Computer simulation of blow molding and "sleeve shrinkage"<br />
B-SIM is a software package for simulation of blow molding. B-SIM<br />
predicts the final wall thickness distribution based on the specified<br />
processing parameters (the pressure level, the speed of tools, the<br />
parison / preform initial temperature distribution etc.). B-SIM also can<br />
predict image distortion and pre-distortion based on "sleeve shrinkage<br />
(shrink sleeve)" process.<br />
Features of B-SIM<br />
* Simulates extrusion blow molding from parison<br />
* Simulates stretch blow molding from preform<br />
* Time dependent deformation is described by viscoelastic K-BKZ<br />
model<br />
* Three different damping functions for a better material data fit (strain<br />
hardening)<br />
* WLF temperature dependency<br />
* Material database containing PE, PP, PET, PC, PMMA, ...<br />
* Imports general 3D molds from IGES, VDA-FS via stereolithographic<br />
STL file, DXF or Patran Neutral file<br />
* All molds movable (up to 10 tools can be used in one simulation<br />
project)<br />
* Time dependent parison sagging included<br />
* Friction between stretched plastic material and plug<br />
* Heat transfer between material / molds and material / air *<br />
User-friendly setup of technological parameters with graphic<br />
* Windows context sensitive help, tutorials and hands-on examples<br />
* OpenGL included, allowing dynamic image rotation, zooming and<br />
panning. This enables fast shading or wireframes and contact<br />
visualization options<br />
* Easy, completely editable setup of B-SIM project for solver. Tight<br />
connection between initial project and result files<br />
* Many typical blow molding problems solved and distributed as<br />
examples on installation CD<br />
T-SIM Simulation of thermoforming<br />
T-SIM is a software package for simulation of thermoforming. T-SIM<br />
predicts the final wall thickness distribution based on the specified<br />
processing parameters (the pressure level, the speed of tools, the sheet<br />
temperature distribution etc.). T-SIM also can predict image distortion<br />
and pre-distortion.<br />
Features of T-SIM<br />
* Simulates positive / negative forming with / without plug<br />
assistance<br />
* Time dependent deformation is described by viscoelastic K-BKZ<br />
model<br />
* Three different damping functions for a better material data fit (strain<br />
hardening)<br />
* WLF temperature dependency<br />
* Material database containing PE, PP, PET, PC, PMMA, * Imports<br />
general 3D molds from IGES, VDA-FS via stereolithographic STL file,<br />
DXF or Patran Neutral file<br />
* All molds movable (up to 10 tools can be used in one simulation<br />
project)<br />
* Time dependent sheet sagging included<br />
* Friction between stretched plastic material and tools * Heat transfer<br />
between material / tools and material / air<br />
* User-friendly setup of technological parameters with graphic<br />
* Windows context sensitive help, tutorials and hands-on examples<br />
* OpenGL included, allowing dynamic image rotation, zooming and<br />
panning. This enables fast shading or wireframes and contact<br />
visualization options.<br />
* Easy, completely editable setup of T-SIM project for solver. Tight<br />
connection between initial project and result files.<br />
* Many typical thermoforming problems solved and distributed as<br />
examples on installation CD<br />
T-SIMFIT<br />
* T-SIMFIT program calculates viscoelastic parameters of K-BKZ model<br />
based on the measured stress / strain data.<br />
* Biaxial stress-strain curves at different strain rates and different<br />
temperatures must be measured and entered into T-SIMFIT.<br />
* Export of the material model parameters in T-SIM / B-SIM material file<br />
format. The exported file is directly readable by T-SIM / B-SIM.<br />
* T-SIMFIT user has to have good knowledge of the viscoelastic<br />
material behavior. For this reason, the best way how to get a material<br />
into T-SIM or B-SIM is to ask us to arrange the testing and to fit the<br />
material parameters. As a result, you will receive a material data file<br />
directly readable by T-SIM / B-SIM.<br />
© 2008 Messe Düsseldorf 3675