... patterns) is not an ideal assessment. However, this approach was deemed closest to true experimental validation to evaluate whether MSK model-estimated loads were of similar magnitude to in-vivo measures before proceeding with the design process. In accordance with previous criteria, the technical...

... inverse methods laser micrometry experimental validation References [1] Billiar , K. L. , and Sacks , M. S. , 2000 , “ Biaxial Mechanical Properties of the Natural and Glutaraldehyde Treated Aortic Valve Cusp—Part I: Experimental Results ,” ASME J. Biomech. Eng. , 122 ( 1...

... (FEA) experimental validation Computational biomechanical modeling is a very useful tool in bioengineering research due to the ethical and cost constraints of physical tests and the limitations of data that are obtainable noninvasively. Computational analysis allows many variables to be tested...

...Hans A. Gray; Fulvia Taddei; Amy B. Zavatsky; Luca Cristofolini; Harinderjit S Gill Finite element (FE) models of long bones are widely used to analyze implant designs. Experimental validation has been used to examine the accuracy of FE models of cadaveric femurs; however, although convergence...

... fatigue simulations generated variability in the fatigue life at any given stress level, due to each model having a unique porosity distribution. The fracture site also varied between specimens. Experimental validation was achieved for four-point bend loading, but only when porosity was included...