... 0.4 Interspinous ligaments 11.6 0.3 Supraspinous ligaments 15 0.3 Intertransverse ligaments 58.7 0.3 Capsular ligaments 32.9 0.3 Table 2 The comparison of displacements in each direction of forward and inverse problems The comparison of displacements in each direction...

... openings and a methodology to solve the inverse problem of finding mechanical properties from suction measurements. The proposed probe is tested virtually by solving the forward problem of skin deformation by a finite element (FE) model. The forward problem is a function of the material parameters...

... of thermophysical parameters (blood perfusion and metabolic heat generation) of a subcutaneous neoplasm, as well as the estimation of its geometrical parameters; this means the position of its center and its size. The solution of the inverse problem is based on the minimization of the value of the sum...

... was evaluated and compared with analytical finite element solutions. The model was then integrated with a nonlinear optimization technique (Nelder–Mead) to determine PCM elastic properties within the cartilage explant by solving an inverse problem associated with the in situ experimental data for chondron...

.... , 1999 , “ The Spectral Function of Composite: The Inverse Problem ,” J. Phys.: Condens. Matter 0953-8984 , 11 , pp. 2551 – 2568 . 10.1088/0953-8984/11/12/010 Bergman , D. J. , 1993 , “ Hierarchies of Stieltjes Functions and Their Applications to the Calculation of Bounds...