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MedicineStress Physiology

Tribological Characteristics of a Composite Total-Surface Hip Replacement

Authors: Wiliam R. Jones Jr.; Jack C. Roberts; Frederick F. Ling; NATIONAL AERONAUTICS AND SPACE ADMINISTRATION CLEVELAND OH LEWIS RESEARCH CEN TER
Abstract:
Continuous-fiber, woven E -glass composite femoral shells having the same elastic properties as bone were fabricated. The shells were then encrusted with filled-epoxy, wear resistant coatings and run dry against ultrahigh- molecular -weight polyethylene acetabular cups in 42 000- and 250 000-cycle wear tests on a total hip simulator. The tribological characteristics of these continuous4iber, particulate composite femoral shells articulating with ultrahigh molecular weight polyethylene acetabular cups were comparable to those of a vitallium ball articulating with an ultrahigh molecular weight polyethylene acetabular cup.

Limitations: APPROVED FOR PUBLIC RELEASE
Description: Technical paper
Pages: 18
Report Date: JAN 82
Report Number: A030603
Keywords relating to this report:
*ELASTIC PROPERTIES
*HIP
*REPLACEMENT
*SHELLS(STRUCTURAL FORMS)
*SHELLS_STRUCTURAL FORMS_
COATINGS
MOLECULAR WEIGHT
PARTICULATES
RESISTANCE
SIMULATORS
TRIBOLOGY
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