External Skeletal Fixation Pin
Optimization for Small Animal
Mandibular Fractures
Team Members: Tyler Blevins, Casey Costa, Hunter Dodge,
Derek Jones, Brian Lubnow, Katie Miller
Advisor: Dr. Otto Lanz, Department of Small Animal Clinical
Sciences
The goal of this project is to optimize external skeletal fixation
methods for small animal mandibular fractures. This information
can be used to help veterinarians determine the ideal fixation
parameters for application in fracture repair.
Project Image Here
Key Features:
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Team Photo Here
Understanding external skeletal fixation material
properties to aid in the treatment of mandibular gap
fractures.
Currently, the effect of pin diameter on construct strength
is unknown, but smaller pin diameters are necessary for
less invasive surgeries.
Deliverables:
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Produce statistically significant mechanical properties for
the external skeletal fixation construct.
Develop a finite element model in ANSYS for validation of
physical testing and further investigation of additional
untested parameters.
Design a new base for the four point bending apparatus.