?? ?? ??? ?? ???? ?? ? ?? ??? ??? ???? ?? ?? ?????. ??? ??? ?? ??? ??? ??? ??? ????, ??? ??? ??? ?????, ??? ?? ??? ????, ??? ?? ??? ???? ?? ??? ?????. ?? ??? ?? ???? ?? ?? ??? ?? ???????? ??? ????? ???? ????.
??, ??? ????? ????? ??? ?? ??? ??? ??? ??? ?? ????? ??? ???? ??? ?? ??? ?? ??? ??? ?? ?????? ?? ??? ???? ???? ???? ???? ??????.
?? ? ?? ?? ?????? ??? ???? ?? ??? ?? ???? ?? ??, ?? ? ?? ????? ????? ???? OEM? ?? ??? ?? ?????. ?? ?? ? ?? ?? ??? ??? ????.
- ??? ? ?? ??? ???? ???? ??, ?? ? ??? ?????? ??? ??? ???? ??
- ?? ??(?? ???, ?? ??, ??)? ???? ?? ?? ??(?? ??, ??? ??, ????, ???)? ??? ?? ? ?? ??
- ??? ??? ???? ??? ??/?? ??? ??? ?? ?? ???? ?? ??? ?? ??? ?? ???
- ??? ?? ????? ?? ? ??? ?? ???? ??? ??? ??(?????? ??? ??)
?? ? ?? ?? ?????? ??? ?? ??? ?? ?????, ?? ? ?? ??? ???? ???? ?? ?? ?? ??, ?? ? SOP(?? ??)??? ??? ???? ?? ?? ?????.
For most steel-based body structures, end-to-end virtual prototyping is an established approach for OEMs – from connecting the product design, performance, and manufacturing engineering workflows. Some key benefits are:
- Confidence in the best design earlier by predicting manufacturing, assembly and performance through accurate representation of physics and applied processes
- Accurate manufacturing and performance validation of all lightweight materials (standard steel, high-strength steels, aluminum, composites) regardless of what process they have been manufactured through (standard stamping, hotforming, casting)
- Unlimited virtual try-out to find the most efficient manufacturing processes to achieve assemblies with optimal cost/quality ratio ensuring correct performance
- Reduction (and eventually complete elimination) of expensive physical prototypes and time-consuming try-out iterations
Ultimately, end-to-end virtual prototyping is the best way to reduce your overall product development cycle, cost, and time to the start of production (SOP) by getting your sustainable vehicle engineering, manufacturing, and assembly processes right.
Discover the transformative power of ESI's virtual prototyping solutions in revolutionizing car body and chassis manufacturing. This video explores solutions that pave the way for transition from physical to virtual testing, significantly reducing development time and costs, while enhancing vehicle safety and performance.
Watch Mark Vrolijk as he introduces:
- PAM-Stamp: to simulate sheet metal forming and predict issues like cracks in lightweight designs.
- ProCAST: and how to analyze casting processes for quality control.
- PAM-Composites: to model composite materials for strength and lightness.
- SYSWeld: to simulate welding processes to predict quality and distortions.
This video also addresses the challenges of handling high-strength steel, aluminum components, and complex castings before discussing the merits of 'virtual value chains' that connect manufacturing, assembly, and performance for optimal final assembly quality, improved safety, and accelerated time to market.
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?? ?????? ???? ??? ?? ??? ??? ? ?? ?? ?? ?? ???? ?? ??? ??? ?????.
- ?? ?? | ???? ??? ??? ??? ??? ? ??? ? ?? ?? ??? ?? ? ?? ?? ??? ???? ??
- ?? ????? | ?? ? ??/?? ??? ???? '???'(??) ??? ?? ?? ?? ? ???/NVH ?? ?? ??
- ?? ????? | ?? ?? ??? ???? ??? ??? ??(??, ????, ???)? ???? ??? ?? ??? ?? ?? ???? ??
- ?? ????? | ?? ???? ?? ??? ???? ?? ???? ??? ??? ???? ?? ??? ???? ?? ?? ??? ?? ?? ?? ?? ??? ???
?? ?? ?????? ???? ???, ??, ???? ????? ??? ???.
ESI? ?? ?? ? ??? ???? ??? ??????.
??? ESI? OEM ? ????? ???? ??, ?????, ??, ??? ?? ? ?? ?? ??? ??? ?? ???? ??? ???? ?? ? ?? ??? ???? ??? ????. ??? ??? ?? ??? ?? ??????? ?? ? ?? ?? ?????? ????? ??? ???? ??? ???? ?? ?? ?? ??, ?? ? ?? ??? ???? ??? ? ??? ?????. ?? ?? ??? ?? ??? ?? ?? ???? ?? ? ??? ???? ?? ?????.
? ?? ?? ??????? ????? ??? ?? ?????? ?????? ???? ?? ??? ??????
??? ??? ??? ??? ?? ??? ???? ????. ????? ???? ?? ??? ???? ?? ????? ??? ???? ?????? ?? ??? ???? ??? ??? ???? ?? ????. ?? ???? ????? ? ?? ??? ?? ?? ???? ?? ?? ?????.
?? ??? ?? ?? ? ?? ??????? ?? ? ?? ??? ?? ????? ????? ???? OEM ???? ??? ?? ??? ????? "?? ?? ?? ?????" ??? ????????.
Virtual Modeling for Mega Casting
Mega Casting, also known as Giga Casting or Hyper Casting, is a game-changing method for creating large aluminum car parts. It promises a future where cars are lighter and more efficient. But with big innovations come big risks. By simulating every part of the Mega Casting process, you can spot and fix potential problems before spending a lot on tools. This helps optimize designs and ensure smooth production, making the future of car manufacturing much more seamless.
