CoCoAM 2022

Additive4Biomedical

  • Firenze, Università degli Studi di Firenze

Presentazioni 19

  1. MICROSTRUCTURAL AND MECHANICAL CHARACTERIZATION OF NITINOL STENTS PRODUCED BY LASER POWDER BED FUSION BEFORE AND AFTER HEAT TREATMENT Abrami M. B. PDF
  2. CAD AND 3D PRINTING IN PREOPERATIVE SURGICAL PLANNING Alessandri G. PDF
  3. DEMONSTRATION OF USE OF A NOVEL 3D PRINTED SIMULATOR FOR MITRAL VALVE TRANSCATHETER EDGE-TO-EDGE REPAIR Bertolini M. PDF
  4. REGULAR SCAFFOLDS FOR BONE TISSUE ENGINEERING: GEOMETRY OPTIMIZATION WITH A MECHANOREGULATION ALGORITHM Boccaccio A., Vaiani L., Uva A.E. PDF
  5. FIXTURE OSTEINTEGRABILI REALIZZATE IN ADDITIVE MANUFACTURING IN TI6AL4V ELI: POTENZIALITA' DELL'INTEGRAZIONE DI STRUTTURE LATTICE VORONOI Bregoli C., Fiocchi J., Biffi C. A., Tuissi A. PDF
  6. INTERVENTIONAL CARDIOLOGY: SIMULATION OF LAAO PROCEDURE Buonamici F. PDF
  7. OPTIMIZATION AND MATERIAL CHARACTERIZATION OF A 3D PRINTED COMPOSITE PROSTHETIC FOOT Al Thahabi A. R., Canegrati A. PDF
  8. PRODUCTION PROCESS OPTIMIZATION AND CHARACTERIZATION OF 3D PRINTED METAL PRODUCTS Cantaboni F. PDF
  9. AM FOR CUSTOM MADE SURGERY TEMPLATES Naddeo A., Cappetti N., Naddeo F., Cataldo E. PDF
  10. COST EFFECTIVE TITANIUM SPINAL - PROSTHETIC FATIGUE LIFE OPTIMIZATION De Blasi R. PDF
  11. MANUFACTURABILITY OF FUNCTIONALLY GRADED POROUS β-TI21S INNOVATIVE ARCHITECTED CELLULAR STRUCTURES PRODUCED BY LASER POWDER BED FUSION Emanuelli L. PDF
  12. IMPROVED BIOMECHANICAL BEHAVIOR OF 316L GRADED SCAFFOLDS FOR BONETISSUE REGENERATION PRODUCED BY LASER POWDER BED FUSION Gatto M. L. PDF
  13. LASER POWDER BED FUSION TO PRODUCE ADDITIVE MANUFACTURED TANTALUM COMPONENTS: FROM BIOMEDICAL TO NUCLEAR PHYSICS APPLICATIONS Girotto A. PDF
  14. OPTIMAL DESIGN OF AN OPEN-ENDED BRAIDED STENT USING MOPSO Hoseini S. F., Spaggiari A. PDF
  15. ACCURACY OF PARTIAL REMOUVABLE DENTURE PRODUCED BY ADDITIVE MANUFACTURING TECHNOLOGIE Maltauro M. PDF
  16. DESIGN AND MANUFACTURING OF ORTHOSIS FOR PEDIATRIC PATIENS THROUGH 3D RECONSTRUCTION TECHNIQUES AND AM Pascoletti G. PDF
  17. PSEUDOELASTICITY OF NITI PARTS MANUFACTURED BY LASER POWDER BED FUSION: HOW FAR WE ARE FROM THE CONVENTIONAL MANUFACTURING ROUTE FOR MEDICAL DEVICES? Patriarca L. PDF
  18. RE AND AM FOR MEDICAL SIMULATION AND SURGICAL PLANNING Servi M. PDF
  19. MECHANICAL DESIGN OF AUXETIC META-BIOMATERIALS FOR VERTEBRAL IMPLANTS Sorrentino A., Castagnetti D. PDF