• Overview of Al-Si alloys for additive manufacturing and prospects 

      Santos Junior, Carlos Eduardo dos (Universidade Federal de São Carlos, UFSCar, , Câmpus São Carlos, 18/11/2021)
      Additive manufacturing (AM) has emerged in recent years for enabling the generation of parts with highly complex geometries. Due to the nature of the AM process, which causes alloys to experience a complex thermal history ...
    • Caracterização e viabilidade de impressão 3D para nanocompósitos de PLA/TPU/SEP 

      Zanon, Tiago Thomaz Migliati (Universidade Federal de São Carlos, UFSCar, , Câmpus São Carlos, 14/09/2022)
      In recent years, a significant increase in the use of additive manufacturing techniques (AM) has been observed for the conformation of devices to the biomedical area. Since scaffold processing is extremely delicate, as a ...
    • Propriedades mecânicas e bioativas de PLA, PCL e suas blendas com HA impressas por FFF 

      Shimomura, Kawany Munique Boriolo (Universidade Federal de São Carlos, UFSCar, , Câmpus São Carlos, 16/11/2021)
      Bone repair measures involving surgeries and tissue replacements are increasingly present today, in addition to the progressive advancement of the market for prostheses, implants and technologies that invest in the health ...
    • Potencialidades da manufatura aditiva 

      Mazzali, Gabriela Banin (Universidade Federal de São Carlos, UFSCar, , Câmpus São Carlos, 19/04/2022)
      Additive manufacturing is an important technology with a potential to innovate the production methods through its characteristics such as sustainability, possibility to print complex parts, customization of the product and ...
    • Estado da arte da impressão 4D: conceitualização e perspectivas tecnológicas 

      Custodio, Bruno (Universidade Federal de São Carlos, UFSCar, , Câmpus São Carlos, 19/11/2021)
      The present work aimed to draw an overview of the main points related to the state of the art of 4D Printing through the analysis of different literature available on the subject. The origins of the additive manufacturing ...