Determination of the Meniscal Deformation Under Compressive Loading Through MR-Imaging

Keywords

acquisition adjusting afterwards aligned allows although apparatus applied apply artifacts assessed attachments bandwidth bodyweight captured choice clearly coil combination compatible compressive consists controlled cross cylinder decreases deformation deformations described designed determination determine determined dimensional element enabled environment equivalent evaluate expected experimental femur ferromagnetic field fields finite fixture generate handling healthy height helpful hold hospital importance improve inner insights institute intact interaction internal investigate isolated joint joints knee knees ligaments like load loaded loading loads local material measured mechanical medical medicine menisci meniscus moreover motion movement objective parts pathologies phantom picture pixel placed plausible pneumatic porcine prepared reconstructed reduce registered registration repair replacements resections resolution rigidly rope scale section securely sense setup situation situations spatial species specimen specimens stage strains stresses subsequently surgical system systems table tibia tissues typical understand understanding unloaded validation whole