Credit Hours
2.0 Scientific Credits
Learning Objectives
- Compare the mechanical properties—such as compressive, shear, and tensile elasticities—of polyurethane, silicone, and thermoplastic elastomer (TPE) liners.
- Evaluate how fabric backing and material composition influence liner performance, including pistoning, friction, and stiffness.
- Apply knowledge of liner material characteristics to make more informed decisions when selecting liners for individual patient needs.
Course Description
Characterization of Prosthetic Liner Products for People with Transtibial Amputation (JPO030-4A)
This course explores the mechanical and thermal properties of commonly used elastomeric liners, including polyurethane, silicone, and thermoplastic elastomer (TPE) options. Participants will examine comparative data on compressive, shear, tensile, and volumetric elasticities, as well as coefficients of friction and thermal conductivity. The course highlights how material stiffness, fabric backing, and thermal characteristics influence liner performance, providing insights to help practitioners make more informed, objective decisions when selecting liners for their patients.
Event Presenter(s)
Presenter Name(s)
- John C. Cagle, PhD
- Brian J. Hafner, PhD
- Nicholas Taflin, BS
- Joan E. Sanders, PhD
Disclaimer
The user acknowledges that the workshops, handouts, and related course materials contained therein are intended for educational purposes only, and should not be considered to be legal advice or a substitute for legal or clinical consultation. These presentations address issues that are multi-faceted, and the user should not assume that the courses discuss every law, regulation, or ethical code that may be relevant to the subject matter. Legal and ethical standards are subject to change and it is always prudent to check to see whether a particular law, regulation, or ethical standard may have changed.
Refunds/Cancellations: AAOP does not offer refunds for On-Demand Library purchases.