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ADVANCED DESIGN AND PROCESSING OF MATERIALS (DYPAM)

PTEC2022-008

ADVANCED DESIGN AND PROCESSING OF MATERIALS (DYPAM)

Research support platforms

Objectives and lines of research

– Injection moulding of powders, metallic or ceramic (PIM technology)
– Additive manufacturing by 3D printing of metal and ceramic fused filaments and pellets (3D&FFF and FPF technology)
– Mechanical and microstructural characterisation of advanced materials
– Development of biocompatible ceramic implants using advanced powder metallurgy techniques incorporating 2D nanomaterials, their characterisation and testing
– Advanced processing of IT-SOFC and SOEC device components using CIM and 3D technology for the energy sector in collaboration with CNH2
– Challenges related to the green economy linked to the recovery of agri-food waste;
– Powder metallurgical processing of high-performance alloys for the automotive, aeronautics and biomaterial metal sectors
– Simulation processes and mechanical analysis of materials

Research team

  • GEMMA HERRANZ SÁNCHEZ-COSGALLA
  • CRISTINA BERGES SERRANO
  • PEDRO ZORRILLA RIBOT
  • JUAN AMBROSIO GONZÁLEZ PINILLA
  • JUAN ALFONSO NARANJO SIMARRO
  • JAVIER HIDALGO GARCÍA
  • IGNACIO GARRIDO SÁENZ
  • ANTONIO RAFAEL ELVIRA GUTIÉRREZ

Responsible

GEMMA HERRANZ SÁNCHEZ-COSGALLA

IPs

GEMMA HERRANZ SÁNCHEZ-COSGALLA
CRISTINA BERGES SERRANO