29.09.2014 Views

Download - Autosim Autosim

Download - Autosim Autosim

Download - Autosim Autosim

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

THE AUTOSIM PROJECT<br />

4.2.1 Best Practice Topics Covered Within Working Area Integration<br />

• CAD-Integrated CAE Tools<br />

A broad range of CAD-integrated CAE tools have been developed<br />

and delivered to the market in recent years. CAD-integrated CAE<br />

works especially well (time reduction) on a component level and for<br />

certain analysis types (commodity).<br />

It should be noted that the CAD-integrated software created for<br />

initial testing simulations does not always provide the fully accurate<br />

picture which can only be obtained from detailed simulation. Nor<br />

can all the constraints be considered, causing a bottleneck. A<br />

strategy of simulation-driven concept design, as described in<br />

Section 4.2 above, is considered a viable solution for overcoming<br />

this problem.<br />

• Simulation Data Management / Product Data Management<br />

(SDM/PDM)<br />

The role of SDM is to capture and manage data, process, and<br />

methods, which differentiates it from existing Product Data<br />

Management (PDM) solutions. Best Practice today is to use PDM<br />

and SDM systems in parallel. PDM systems of today manage<br />

(frozen) data for the product, whereas SDM systems manage data<br />

(geometry, model, result) history and process to accommodate<br />

virtual product development. A bi-directional link between PDM and<br />

SDM is important, as product meta-data are held in PDM. The basis<br />

for this link could be a hierarchical product documentation covering<br />

PDM as well as SDM systems, combined with corresponding<br />

hierarchical data mining models. It is expected that today’s PDM<br />

and SDM systems will be consolidated into one system in the future<br />

(Breakthrough Technology).<br />

One approach for this consolidation is provided by the ProSTEP<br />

project group „SimPDM“ with the project „Integration of Simulation<br />

and Computation in a PDM Environment “.<br />

(www.prostep.org/en/projektgruppen/simpdm/). This group has the<br />

objective of developing a specification in order to integrate CAE-<br />

Systems into a PDM-Environment (Fig. 4.2.1.1).<br />

The standardized, generic meta data model for simulation and<br />

computation data can be integrated into any PDM-System.<br />

Therefore simulation and computation data are managed within the<br />

existing PDM system. Another advantage is the parameter<br />

synchronization between product structure and CAE model<br />

SIXTH FRAMEWORK PROGRAMME PRIORITY [6.2] [SUSTAINABLE SURFACE TRANSPORT]<br />

012497 AUTOSIM<br />

15 |

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!