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Research Projects at Michigan Universities:

Advanced Materials & Chemicals


  • Bendable concrete
  • Mechanical fastening and adhesive bonding of composite and polymer joints
  • Non-destructive testing and inspection of composite and metallic joints
  • Finite element modeling and analysis of composite, polymer and metallic joints
  • Composite drive shafts
  • Carbon Fiber Reinforced Polymer (CFRP) material
  • Engineered materials for medical devices
  • Carbon-based coatings for the protection of medical implants from wear and corrosion
  • Extending a drill bit's life tenfold by growing a diamond crystals on thin metal film making the film transparent
  • Simulated ductile fracture in noncrystalline materials
  • Embedding fibers like jute, flax, and sisal into bioplastics to create ecologically friendly biocomposites for structural applications ranging from automobiles to buildings
  • Advanced materials that cool computer chips
  • Hydrogel polymers with protein growth factors attached making stronger biodegradable ceramic scaffolding in bone growth
  • Research on starches from agricultural feedstocks that produce environmentally benign materials
  • Mechanical properties of polymers & elastomers
  • Production of single wall nanotubes in reduced gravity environment
  • Structural relaxation and properties of planar defects in amorphous and nanocrystalline metals
  • Advanced corrosion resistant zinc alloys
  • Novel methods to process carbon nanotubes
  • Evaluation of chemically modified soybean oils as PVC plasticizers
  • Effects of surface films on mechanical behavior of substrate materials by nanoindentation methods
  • The mechanical properties of structural adhesives
  • Intrinsic material properties
  • Femtosecond laser-assisted health monitoring of critical structural components in advanced defense systems
  • Quasicrystalline coatings
  • High temperature shape memory alloy development for use above 500° C
  • Reducing defects in manufactured titanium fasteners
  • Thin film shape memory alloys on polymeric substrates for microactuators
  • Liquid molding of polymer composites
  • Durability characterization of POSS-based polyimides and carbon-fiber composites
  • Utilization of renewable resources in materials
  • Using artificial intelligence to design composites
  • Technology used to recycle larger quantity of waste plastics
  • Computer-aided testing (CAT) of metals and composites
  • Life prediction and durability enhancement
  • Carbon fiber road material (The Bridge Project)
  • Anti-icing aggregates
  • Aluminum metal-matrix composite
  • Solid free-form fabrication process using plasma transfer Arc
  • Coatings for control and prevention of corrosion
  • Fouling release coatings
  • Antimicrobial coatings
  • Nanoparticle materials technology
  • Microemulsion technology
  • Automotive coatings technology/testing
  • Polymers and coatings from renewable resources
  • Coatings for plastics
  • UV curable coatings
  • Real-time in situ strength of thin films




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