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• W2760122210 endingPage "1116" @default.
• W2760122210 startingPage "1116" @default.
• W2760122210 abstract "The kinematic behavior of models that are based on the finite element method (FEM) for modeling the human body depends greatly on an accurate estimate of the parameters that define such models. This task is complex, and any small difference between the actual biomaterial model and the simulation model based on FEM can be amplified enormously in the presence of nonlinearities. The current paper attempts to demonstrate how a combination of the FEM and the MRS methods with desirability functions can be used to obtain the material parameters that are most appropriate for use in defining the behavior of Finite Element (FE) models of the healthy human lumbar intervertebral disc (IVD). The FE model parameters were adjusted on the basis of experimental data from selected standard tests (compression, flexion, extension, shear, lateral bending, and torsion) and were developed as follows: First, three-dimensional parameterized FE models were generated on the basis of the mentioned standard tests. Then, 11 parameters were selected to define the proposed parameterized FE models. For each of the standard tests, regression models were generated using MRS to model the six stiffness and nine bulges of the healthy IVD models that were created by changing the parameters of the FE models. The optimal combination of the 11 parameters was based on three different adjustment criteria. The latter, in turn, were based on the combination of stiffness and bulges that were obtained from the standard test FE simulations. The first adjustment criteria considered stiffness and bulges to be equally important in the adjustment of FE model parameters. The second adjustment criteria considered stiffness as most important, whereas the third considered the bulges to be most important. The proposed adjustment methods were applied to a medium-sized human IVD that corresponded to the L3–L4 lumbar level with standard dimensions of width = 50 mm, depth = 35 mm, and height = 10 mm. Agreement between the kinematic behavior that was obtained with the optimized parameters and that obtained from the literature demonstrated that the proposed method is a powerful tool with which to adjust healthy IVD FE models when there are many parameters, stiffnesses, and bulges to which the models must adjust." @default.
• W2760122210 created "2017-10-06" @default.
• W2760122210 creator A5000572553 @default.
• W2760122210 creator A5001796361 @default.
• W2760122210 creator A5019535463 @default.
• W2760122210 creator A5036251618 @default.
• W2760122210 date "2017-09-21" @default.
• W2760122210 modified "2023-10-10" @default.
• W2760122210 title "Improving the Process of Adjusting the Parameters of Finite Element Models of Healthy Human Intervertebral Discs by the Multi-Response Surface Method" @default.
• W2760122210 cites W1643203446 @default.
• W2760122210 cites W1781745458 @default.
• W2760122210 cites W178591789 @default.
• W2760122210 cites W1964973249 @default.
• W2760122210 cites W1965056352 @default.
• W2760122210 cites W1967614671 @default.
• W2760122210 cites W1968098666 @default.
• W2760122210 cites W1971142463 @default.
• W2760122210 cites W1972256526 @default.
• W2760122210 cites W1975409430 @default.
• W2760122210 cites W1979152602 @default.
• W2760122210 cites W1980514892 @default.
• W2760122210 cites W1981743728 @default.
• W2760122210 cites W1981927924 @default.
• W2760122210 cites W1983817603 @default.
• W2760122210 cites W1984683772 @default.
• W2760122210 cites W1986292114 @default.
• W2760122210 cites W1988629917 @default.
• W2760122210 cites W1992342616 @default.
• W2760122210 cites W1995067114 @default.
• W2760122210 cites W1995941308 @default.
• W2760122210 cites W2000540779 @default.
• W2760122210 cites W2000676270 @default.
• W2760122210 cites W2000970668 @default.
• W2760122210 cites W2004549774 @default.
• W2760122210 cites W2004747373 @default.
• W2760122210 cites W2008879332 @default.
• W2760122210 cites W2011979091 @default.
• W2760122210 cites W2014094788 @default.
• W2760122210 cites W2014415646 @default.
• W2760122210 cites W2015343863 @default.
• W2760122210 cites W2016726650 @default.
• W2760122210 cites W2017210017 @default.
• W2760122210 cites W2018196962 @default.
• W2760122210 cites W2018257753 @default.
• W2760122210 cites W2020079578 @default.
• W2760122210 cites W2025255449 @default.
• W2760122210 cites W2025305988 @default.
• W2760122210 cites W2027247213 @default.
• W2760122210 cites W2030011452 @default.
• W2760122210 cites W2031239817 @default.
• W2760122210 cites W2034309273 @default.
• W2760122210 cites W2035224553 @default.
• W2760122210 cites W2035554074 @default.
• W2760122210 cites W2036837876 @default.
• W2760122210 cites W2041895400 @default.
• W2760122210 cites W2042201629 @default.
• W2760122210 cites W2042424337 @default.
• W2760122210 cites W2043718046 @default.
• W2760122210 cites W2059534843 @default.
• W2760122210 cites W2060884383 @default.
• W2760122210 cites W2063346943 @default.
• W2760122210 cites W2068122362 @default.
• W2760122210 cites W2072307352 @default.
• W2760122210 cites W2073593279 @default.
• W2760122210 cites W2074624200 @default.
• W2760122210 cites W2076325599 @default.
• W2760122210 cites W2078984409 @default.
• W2760122210 cites W2079407062 @default.
• W2760122210 cites W2080593139 @default.
• W2760122210 cites W2081538797 @default.
• W2760122210 cites W2083149948 @default.
• W2760122210 cites W2086167728 @default.
• W2760122210 cites W2086839429 @default.
• W2760122210 cites W2087228859 @default.
• W2760122210 cites W2087681165 @default.
• W2760122210 cites W2089887692 @default.
• W2760122210 cites W2091863078 @default.
• W2760122210 cites W2100923671 @default.
• W2760122210 cites W2108472232 @default.
• W2760122210 cites W2109619871 @default.
• W2760122210 cites W2110167861 @default.
• W2760122210 cites W2130476704 @default.
• W2760122210 cites W2132136475 @default.
• W2760122210 cites W2134381361 @default.
• W2760122210 cites W2134392047 @default.
• W2760122210 cites W2134826917 @default.
• W2760122210 cites W2139639016 @default.
• W2760122210 cites W2151613878 @default.
• W2760122210 cites W2162519640 @default.
• W2760122210 cites W2165203930 @default.
• W2760122210 cites W2167174229 @default.
• W2760122210 cites W2171153116 @default.
• W2760122210 cites W2172006968 @default.
• W2760122210 cites W2298961284 @default.
• W2760122210 cites W2313767887 @default.
• W2760122210 cites W2336468280 @default.
• W2760122210 cites W2411746119 @default.
• W2760122210 cites W2413259094 @default.

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