Aluminum and aluminum matrix composites
To carry out applied basic research on high-performance silicon carbide particle reinforced aluminum matrix composites;
To carry out applied basic research on configurational carbonene reinforced aluminum matrix composites;
To develop applied research on special in-situ self-generated aluminum matrix composites.
Magnesium and magnesium matrix composites
To carry out research on high performance magnesium based structural materials, including magnesium alloy rusting criterion, solidification and plastic deformation, strengthening and toughening mechanism and other basic research, magnesium alloy component precision forming and special processing technology;
To conduct research on excellent magnesium based energy materials;
To carry out research on degradable magnesium based biomaterials.
Titanium matrix composites and superalloys
To investigate the preparation and forming technology of titanium matrix composites;
To conduct integrated calculation and data-driven process design of superalloy;
To research on high-temperature precision forming technology and defect control of materials.
Polymer matrix composites
To carry out research on special functional polymer materials;
To develop innovative technologies of functional polymers and micro/nano composite structures in the diagnosis and treatment of major diseases;
To carry out cutting-edge and technological researches on energy conversion, information storage and intelligent composite materials, as well as the design, preparation technologies and applications of revolutionize materials.
Novel functional composites
To carry out research on morphology genetic and biomimetic functional composites;
To carry out research on energy conversion and storage composite materials and thermal control composite materials;
Design, preparation, and application of biomedical composite materials.
