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It outlines newly installed production and post-processing technologies, the introduction of new manufacturing processes at Paderborn University, and the addition of new consortium partners. The report also presents DMRC structure, motivation and aim, involved chairs and institutes, and a framework for working groups, equipment, direct manufacturing, start-ups, statements, education programs, and publications.",{"@graph":14,"@context":73},[15,34,56],{"@type":16,"itemListElement":17},"BreadcrumbList",[18,23,27,31],{"item":19,"name":20,"@type":21,"position":22},"https://docshare.wps.com","Home","ListItem",1,{"item":24,"name":25,"@type":21,"position":26},"https://docshare.wps.com/document/","Document",2,{"item":28,"name":29,"@type":21,"position":30},"https://docshare.wps.com/document/research-report/","Research & 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(DMRC)  \nat the Paderborn University  \nMersinweg 3  \n33100 Paderborn Germany  \nT: +49 / (0)5251 / 60-5563  \nF: +49 / (0)5251 / 60-5409 office@dmrc.uni-paderborn.de  \nRealization  \nProf. Dr.-Ing. Hans-Joachim Schmid Dr.-Ing. Christian-Friedrich Lindemann  \nCoordination and Design  \nDr.-Ing. Christian-Friedrich Lindemann  \nText  \nDMRC staff and members  \nSources  \nPage 4, 33, 129, 160, 166, 192-Designed by pikisuperstar/ Freepik”  \nFOREWORD  1  \nFOREWORD  \nDear members and friends of the DMRC,  \nonce again, a year in the fast-evolving world of additive manufacturing has passed by. In the last year the way we work, the way we collaborate and the way we interconnect has changed in a major way. Going hand in hand with these challenges, we could see a global push in terms of digitalization by which we were affected in in all parts of our life.  \nAdditive manufacturing itself has moved in the public spotlight during the pandemic. The technology was able to demonstrate how we can bridge the gap in shortages of global supply chains. The DMRC started a collaboration to support local hospitals based their requirements. Due to the donations of EOS and Evonik and the involvement of multiple local companies (e.g., Condor Group, LST, Centroplast) we were able to donate 4.700 laser sintered faceshields to local medical institutions for free in the last year.  \nIn summary one can say the past month have been on the sign of change. We believe that the AM community will benefit from a more digitized world, where the benefits of the technology can be utilized in a better way. Some of the DMRC highlights of the last year:  \nWe were able to install multiple new production and post processing technologies:  \n-Post processing unit Multivibrator AM 2 from Walther Trowal  \n-Base material production in SLM / LS / FDM  \nWe have introduced new manufacturing technology at the Paderborn University:  \n-DED-Powder Nozzle Lasertech 65  \n-DLP Process  \nWe were able to welcome two new partners in our consortium:  \n-The Condor Group and one of our very own startup companies, Additive Marking  \nWe wish you much joy reading this report and sincerely thank you for your continued support.  \nSCIENTIFIC DIRECTOR  \nProf. Dr.-Ing. Hans-Joachim Schmid  \nMANAGING DIRECTOR  \nDr.-Ing. Christian-Friedrich Lindemann  \n2  CONTENT  \nABOUT THE DMRC  \n4  \nMotivation and Aim 6 Involved Chairs and 5 Institutes  \nStructure of the 8 DMRC & the PIAF  \nRESEARCH  \n33  \nDMRC Funded 34  \nProjects  \nPublic Funded 78  \nProjects  \nINNOVATION  \n129  \nProjects 128  \nWorking Groups & 11  \nCommitees  \nPartner & Networks 12  \nEquipment 14  \nDirect Manufacturing 26  \nResearch Center Start-ups 28  \nStatements 30  \nCONTENT  3  \nEDUCATION  \n160  \nCHAIRS & INSTITUTES  \n166  \nPUBLICATIONS  \n192  \nDMRC-AM Lessons  \nSeminars for Industry  \nStudentLab 3D  \nUPBracing Team  \n162  \n163  \n164  \n165  \nFaculty of Mechanical Engineering  \nFaculty of Science  \nFaculty for  \nComputer Science  \n128  \n188  \n190  \nBooks & Journals  \nConference Proceedings  \nDisserations  \n216  \n199  \n193  \nABOUT THE  \nDMRC  \nABOUT THE DMRC  5  \nCONTENT  \nTHE DIRECT MANUFACTURING RESEARCH CENTER  \nMotivation and Aim 6  \nInvolved Chairs and Institutes 7  \nStructure ofthe DMRC & the PIAF 8  \nWorking Groups & Commitees 11  \nPartner & Networks 12  \nEquipment 14  \nDirect Manufacturing Research Center (DMRC) 26  \nStart Up‘s 28  \nStatements 30  \n6 ABOUT THE DMRC  \nMOTIVATION AND AIM  \nAdditive manufacturing processes create parts in layers and without using formative tools. In many industries this technology may have a highly disruptive character. This manufacturing technology offers many benefits like:  \n• Design freedom: Shapes can be designed and manufactured that cannot be handled with established technologies.  \n• Material freedom: Material properties, which arise as a function of the raw material and the process parameters, can be influenced. Gr","cbCaieZubYnis0DA","https://ap.wps.com/l/cbCaieZubYnis0DA","pdf",22113828,212,"English","# Foreword\n## Scientific Director and Managing Director\n# About the DMRC\n## Motivation and Aim\n## Involved Chairs and Institutes\n## Structure of the DMRC & the PIAF\n## Working Groups & Committees\n## Partner & Networks\n## Equipment\n## Direct Manufacturing\n## Research Center Start-ups\n## Statements\n# Research\n## DMRC Funded Projects\n## Public Funded Projects\n# Innovation\n## Working Groups & Committees\n## Partner & Networks\n## Equipment\n## Direct Manufacturing\n## Research Center Start-ups\n## Statements\n# Education\n## Chairs & Institutes\n## Publications\n## DMRC-AM Lessons\n## Seminars for Industry\n## StudentLab 3D","[{\"question\":\"What is the main theme of the DMRC report 20/21?\",\"answer\":\"The report focuses on research innovation, education, and the development of additive manufacturing toward an industrially established production process.\"},{\"question\":\"How did DMRC support local hospitals during the past year?\",\"answer\":\"DMRC started a collaboration based on hospital requirements and donated 4,700 laser-sintered face shields with support from EOS and Evonik and involvement of local companies.\"},{\"question\":\"Which new technologies and processes were introduced or installed?\",\"answer\":\"The report lists new production and post-processing technologies, including a post-processing unit Multivibrator AM 2, base material production in SLM/LS/FDM, and new manufacturing technologies at Paderborn University such as DED-Powder Nozzle and a DLP process.\"}]","Research Innovation Education Report 20/21 - DMRC 2020-21 | PDF",534]