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| Orientations and lattice strains in crystals. |
Mechanics of Materials Research Program
Graduate students in Mechanics of Materials often have graduate school concentrations such as Materials and Manufacturing Engineering, Mechanical Systems and Design or Biomechanical Engineering.
Faculty
- John Booker: Tribology; hydrodynamic lubrication; fluid film bearing design analysis
- Paul Dawson: Material processing, micromechanics, plasticity, computational mechanics, see The Deformation Process Simulation Laboratory
- Matthew Miller: Experimentally based material model development, effect of processing on properties, see The Deformation Process Simulation Laboratory
- Marjolein van der Meulen: Orthopaedic biomechanics, skeletal functional adaptation, bone structural behavior, mechanics of muskuloskeletal tissues
- Herbert Voelcker: CAD -- solid modeling, assembly modeling & analysis, dimensional tolerancing; tolerance standardization and codification
- Nicholas Zabaras: Multiscale modeling of materials; Materials-by-design; Computational materials science; Stochastic and statistical modeling; Computational mathematics; see Materials Process Design and Control Laboratory
- Alan Zehnder: Fracture and fatigue, experimental mechanics, metal cutting, mechanics of materials
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| Trabecular architecture of bone. |
Graduate Courses
- M&AE 412 Smash and Crash: Mechanics of Large Deformations
- M&AE 464 Orthopaedic Tissue Mechanics
- M&AE 514 Design for Manufacture and Assembly
- M&AE 612 Materials Processing: Theory and Applications
- M&AE 613 Computational Methods In Materials Processing
- M&AE 615 Experiments In Materials Processing
- M&AE 655 Composite Materials
- M&AE 664 Mechanics of Bone
- M&AE 712 Mechanics of Materials With Oriented Microstructures
- M&AE 715 Atomistic Modeling of Materials
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