The Experimental Mechanics Laboratory contains the state-of-the-art equipment
for the measurement of mechanical properties of materials including structural
composites and bone tissue. The laboratory is equipped with an MTS 8810 materials
testing machine with 22,000 pounds of force capacity for failure and fatigue
testing of materials, strain gauge equipment capable of recording 8 channels
of strain information simultaneously, transducers for ultrasonic evaluation
of materials, and mills for specimen preparation. An environmental chamber
allows testing of bone specimens at body temperature. Future directions for
the laboratory include continued study of the biomechanics of bone as well
as studies of orthopaedic implants, biomechanics of tendons and ligaments,
and further studies of the mechanics of structural composites.
Current research projects include design and validation of new procedures
to repair spine fractures and design of minimally invasive orthopaedic implants.Recent
sponsors and/or projects include:
State of Indiana 21st Century Research and Technology Fund in collaboration
with Zimmer Orthopaedics for design of new orthopaedic implants and procedures
National Institutes of Health for research into genetic influences on bone
strength
Genetics Institute for development of a bone loading machine for mice
The Whitaker Foundation for anisotropic damage investigation in human bone
The Whitaker Foundation for analysis and prediction of stress fractures in
human bone