Ciarelli, T.E.

( T.E. Ciarelli)

tissue fracture group property fracture group modulu tissue modulus cancellous bone strain direction control control group cancellou difference trabecular study specimen trabecular bone compression biomech element stress sample value moduli figure stiffness result anisotropy volume strength table ciarelli material hip fractures fracture cases relationship patient bone tissue osteoporosis model femoral femoral neck fractures bone volume fraction level density huiske compression tests weinan tissue material women fraction ␮ fea individual al .3 goldstein femur van-rietbergen percentage homminga university analysis tissue level tissue level strain structure student effect odgaard “ overadaptation ” stress-strain curve element models 4203 ␮ strain error volume fraction boundary conditions micro-finite element analysis orthop cancellous bone specimens intracapsular hip fracture osteoporotic

1 Most Recent Publications

Cancellous bone mechanical properties from normals and patients with hip fractures differ on the structure level, not on the bone hard tissue level (Article)
Homminga, J. McCreadie, B.R. Ciarelli, T.E. Weinans, H.H. Goldstein, S.A. Huiskes, R.

2002-05-01

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