Structural materials encompass materials whose primary purpose is to transmit or support a force. Applications can be in transportation (aircraft and automobiles), construction (buildings and roads), or in components used for body protection (helmets and body armor), energy production (turbine blades), or other smaller structures such as those used in microelectronics Structural materials can be metallic, ceramic, polymeric or a composite between these materials.
Associated Graduate Program Faculty
Bourell, David L.
Additive and rapid manufacturing using selective laser sintering of polymeric, metallic, and ceramic materials
Atomic structure and defect behavior of nanomaterials through in situ and high-resolution TEM techniques; relationships between the atomic/nano structure and the properties of nanomaterials; fundamental mechanisms of structural and property changes induced by crystalline defects
Integrated materials and structures of small dimensions (from micro to nano scales); micro-electromechanical systems (MEMS), and emerging nano/bio-technologies; reliability of advanced interconnects and packaging for microelectronics; mechanical instability of thin films and nanostructures; Computational mechanics, multiscale modeling and simulations
Juenger, Maria G.
Chemical issues in cement-based materials; phase formation in cement clinkers; hydration chemistry of portland cement, its constituent phases, and supplementary cementitious materials; the development of microstructure in cementitious systems; and chemical deterioration processes in concrete.
Processing and properties of micro-configured composite materials for acoustic damping; micro-configured composite materials for dissipating shocks; processing-mechanical properties relationships in particulate thick films produced by laser ablation of microparticle aerosols
Liechti, Kenneth M.
Deformation and failure mechanisms in multilayered materials and structures using a combination of experimental and numerical stress analytical techniques; interfacial force microscopy; nanoindentation of ultra thin films and self-assembled monolayers; mechanics of adhesion and friction; interfacial fracture mechanics, composite materials; microelectronics packaging
Materials processing and manufacturing, particularly multifunctional nanomaterials, biomaterials, and biomedical micro devices; biomedical micro devices for 3D cell culture and drug delivery, polymer nano foams and nanocomposites for multifunctional applications, nanoporous materials for energy storage, and manufacturing processes for alternative transportation energy
Mechanics of thin films on compliant substrates, mechanics of flexible electronics with extreme deformability and compliance, mechanics at bio-electronics interfaces, development of novel bio-integrated soft electronics for cardiac, neural and epidermal applications
Moon, Tess J.
Clay-reinforced polymer-matrix nanocomposites; flame retardant composites
Mechanical behavior of solids with a particular emphasis on high strain rate fracture behavior; dynamic fracture; inelastic behavior of polymers and composites; wave propagation in shape memory alloys
Taleff, Eric M.
Structural materials for automobile applications; warm-temperature forming of aluminum and magnesium alloys; processing-property relationships in ultra high carbon steels; processing-microstructure relationships in weldments; dynamic abnormal grain growth in refractory metals
Wheat, Harovel G.
Corrosion of steel-reinforced concrete in salt-containing environments and aluminum and copper metal matrix composites; environmental degradation of polymer composites; corrosive properties of grouts and fuels; chemical aspects of laser sintering processes; smart coatings