Project Title: Development of 3D printing techniques capable of 3D printing gels with applications in anatomical simulators for medical training Acronym: TE-0030-21 Funding Entity: Junta de Extremadura, SEXPE Participating Entities: Universidad de Extremadura, BIOTME Duration: 15/7/2022 – 14/7/2023 Budget: 40 677.14 € Principal Investigator (PI): Pedro Miranda Number of researchers: 1 Abstract: This project is […]
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Project Title: Development of hybrid materials based on multi-segmented ceramic plates manufactured by robocasting for personal protection and injury prevention Acronym: IB16094 Funding Entity: Junta de Extremadura Participating Entities: University of Extremadura Duration: 03/06/2017 – 02/06/2020 Budget: 145 290,20 € Principal Investigator (PI): Pedro Miranda Number of researchers: 4 Abstract: This project lays the foundations […]
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Project Title: Development and structural and mechanical optimization of robocast bioactive hybrid materials for bone regeneration applications Acronym: IB10006 Funding Entity: Junta de Extremadura Participating Entities: University of Extremadura, Duration: 31/12/2010 – 31/12/2012 Budget: 43 700 € UEX Principal Investigator (PI): Pedro Miranda Number of researchers: 5 Abstract: This project main objective was to improve […]
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Project Title: Fabrication of green slate from waste sintering Acronym: PDT09A021 Funding Entity: Junta de Extremadura Participating Entities: Universidad de Extremadura, CSIC, PINAEX Duration: 10/10/2009 – 10/10/2011 Budget: 85 800 € Principal Investigator (PI): Fernando Guiberteau Number of researchers: 8 Abstract: Analyze the potential of waste materials obtained from natural stone extractive and shaping industries […]
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Project Title:Obtaining Ceramic Construction Materials from Slate Waste Acronym: PDT07A049 Funding Entity: Junta de Extremadura Participating Entities: Universidad de Extremadura, CSIC, PINAEX Duration: 11/11/2007 – 11/11/2009 Budget: 73 700 € Principal Investigator (PI): Fernando Guiberteau Number of researchers: 8 Abstract: Analyze the potential of waste materials obtained from slate extractive and shaping industries to be […]
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Project Title: Mechanical response of prototype multilayer materials under contact stresses Acronym: IPR00A084 Funding Entity: Junta de Extremadura Participating Entities: University of Extremadura Duration: 14/12/2000 – 14/12/2003 Budget: 20 344.26 € UEX Principal Investigator (PI): Antonia Pajares Number of researchers: 4 Abstract: Coating certain materials with ceramic layers has important technological applications. Common examples are cutting […]
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