在冷金属熔融和金属 FFF 的示例中介绍了绿色零件特性作为烧结增材制造中“一次性正确”的设计驱动因素.pdf

《在冷金属熔融和金属 FFF 的示例中介绍了绿色零件特性作为烧结增材制造中“一次性正确”的设计驱动因素.pdf》由会员分享，可在线阅读，更多相关《在冷金属熔融和金属 FFF 的示例中介绍了绿色零件特性作为烧结增材制造中“一次性正确”的设计驱动因素.pdf（15页珍藏版）》请在三个皮匠报告上搜索。

1、GREEN PART PROPERTIES AS DESIGN DRIVER FOR“FIRST TIME RIGHT”WITHIN SINTER-BASED ADDITIVE MANUFACTURINGMay 13th,2025D.Stachg;T.Marter;J.Telgkamprapid.tech 3D 2025-Forum AM ScienceGreen Part Properties as Design Driver for“First Time Right”within sinter-based Additive Manufacturingrapid.tech 3D 2025-F

2、orum AM ScienceCONTENT1)Project Overview2)Overview sinter-based Additive Manufacturing3)Motivation4)Methodology5)Experimental set-up6)Results7)Case study for topology optimization8)Outlook1Green Part Properties as Design Driver for“First Time Right”within sinter-based Additive Manufacturingrapid.tec

3、h 3D 2025-Forum AM SciencePROJECT OVERVIEWThe SIGNAL-Project deals with:sinter-based Additive Manufacturing(abbr.:SBAM)of light metals(titanium and aluminum)for use in various mobility sectors(aviation,railway and automotive).Official(translated)title:Development of sinter-based generative process r

4、outes for aluminum and titanium alloysfor topology-optimized lightweight components for the mobility sectorThe consortium project is funded by the Federal Ministry for Economic Affairs and Climate Action(BMWK)in the Lightweight Technology Transfer Program(TTP LB)under the funding code 03LB2060 and s

5、upervised by Project Management Jlich(PtJ).2Green Part Properties as Design Driver for“First Time Right”within sinter-based Additive Manufacturingrapid.tech 3D 2025-Forum AM SciencePROJECT OVERVIEW2/6 PARTNER PROFILESHamburg University of Applied SciencesOfficially founded in 1970Approx.16000 studen

6、ts,around 6000 of whom are enrolled in the Faculty of Engineering and Computer ScienceFocus within SIGNAL:Extrusion-based SBAM processesDesign Rules for SBAMSBAM-specific topology optimization3Element22 GmbH,KielFounded in 2011 with Ti MIM-expert team50+employees including 7 working studentsOffers m