Assessing the use of finite element analysis for mechanical performance evaluation of intervertebral body fusion devices.
PMID: 33778409 ·
A, n, d, r, e, w, , P, , B, a, u, m, a, n, n, ;, , T, h, o, m, a, s, , G, r, a, f, ;, , J, o, n, a, t, h, a, n, , H, , P, e, c, k, ;, , A, n, t, o, n, , E, , D, m, i, t, r, i, e, v, ;, , D, e, z, b, a, , C, o, u, g, h, l, a, n, ;, , J, e, f, f, r, e, y, , C, , L, o, t, z
Publicidad
Resumen
Intervertebral body fusion devices (IBFDs) are a widely used type of spinal implant placed between two vertebral bodies to stabilize the spine for fusion in the treatment of spinal pathologies. Assessing mechanical performance of these devices is critical during the design, verification, and regulatory evaluation phases of development. While traditionally evaluated with physical bench testing, empirical assessments are at times supplemented with computational models and simulations such as finit
Publicidad
Fuente oficial
Ver en PubMed →Datos obtenidos de PubMed / NCBI. Para consultar el texto completo y la información más reciente, remítase siempre al registro oficial.