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Spinal motion segment with an interbody fusion device
stonefly larvae imaging
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moored larval collector--design option for larval sampler in various habitats
cracking in a dental composite
high-resolution x-ray tomography system
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Biological Applications



Biological Applications research faculty in OSU Mechanical Engineering apply the tools of engineering to the study of life-science phenomena, both to develop methodologies for manipulating and interacting with these phenomena and to derive inspiration from the phenomena for other engineering projects. Living systems of interest to engineers span the entire known spectrum on this planet, from the macro scale, where new technologies may address the problems of global climate change, to the micro scale, where nanotechnology applications may benefit Earth's smallest inhabitants.

Biological Applications research faculty work at many levels within this spectrum. For example, they study relationships between structure and mechanical properties of biological materials and biomaterials; structural components of biological systems; design methods for adaptable systems in diverse habitat; evolutionary algorithms; and neuro control. They bring interdisciplinary analysis, experimental, and design capabilities to problems of human health, monitoring and restoration of the natural world, and characterization and utilization of natural resources. 

Associated Faculty

 

SOURABH APTE, Assistant Professor

BELINDA BATTEN, Professor and School Head

BRIAN BAY, Assistant Professor

PING GE, Assistant Professor

JAY KRUZIC, Assistant Professor

ROBERT PAASCH, Associate Professor

JOHN SCHMITT, Assistant Professor

KAGAN TUMER, Associate Professor

Current Projects

  • Automated Invertebrate Biodiversity Assessment
  • Control of Bio/Nano Devices
  • Design of Damage-Tolerant Lightweight Structural Materials
  • Design of Marine Larval and Zooplankton Collectors
  • Development of Implants for Treatment of Herniated Discs
  • Fracture and Fatigue Behavior of Composite Dental Restorations
  • Mechanical Characterization of Biological Materials
  • Neuro Control for Multi Robot Coordination
  • Reduced-Order Modeling and Control of Locomotion
    • Cockroach video clip
  • Tomographic Imaging of WoodPolymer Composites

Capabilities

  • Computer software for volumetric strain mapping
  • Computer cluster implementation of evolutionary optimization algorithms
  • Coordination in large distributed systems
  • Design methods for adaptable systems in various application habitats
  • Failure analysis techniques of components
  • High-resolution x-ray tomography with integrated mechanical testing
  • Implementations of Neuro and Evolutionary control algorithms
  • Invertebrate Manipulation and Imaging Laboratory
  • Multi-objective optimization design for robust systems
  • System architecture design methodologies
  • Systematic design processes in combination with functional modeling