Human Resources Development: Women Role Optimization in the Local Government Bureaucracy in Central Sulawesi, Indonesia

Research on gender roles in relation to government bureaucratic structures is still minimal. This study aims to find answers to the main problem, namely how the role of women in the local government bureaucracy seen from human resource development aspect in Central Sulawesi Province. This research is a qualitative descriptive study which aims to create a picture of the gender presentation in the bureaucratic staffing and the role of women. The subjects of this study were women who hold echelons. The data collection technique used in this study was literature review. For the validity of the data, the cross check technique was used. The data analysis technique used is the inductive analysis technique. The results showed that the role of women in the local government bureaucracy in Central Sulawesi was still not fully implemented. The echelon holder ratio is still dominated by men. However, it is possible that this ratio will change over time.

A Mixture Theory Apporach for Modeling Fluid Flow Through Deformable Porous Tissues

In this thesis, the problems of flow and ion-induced deformation of soft porous bi ological tissues have been examined by using continuum mixture theory approach. In particular, we focus on the tissue deformation due to non-Newtonian fluid and externally applied magnetic field. In this regard, we first analyze the problem of non-Newtonian flow-induced deformation from pressurized cavities in absorbing porous tissues. Specifically, a model with a spherical cavity embedded in an in finite porous medium is used to find fluid pressure and solid displacement in the tissue as a function of non-dimensional radial distance and time. The governing nonlinear equations have been solved numerically to highlight effects of various emerging parameters. Furthermore, based on the geometry of the previous prob lem, the effect of the externally applied magnetic field on flow-induced deformation of absorbing porous tissues is investigated. A biphasic mixture theory approach has been used to develop a mathematical model. The governing dimensionless equations for fluid pressure and solid displacement have been solved numerically using the method of lines approach and the trapezoidal rule, respectively. The effect of magnetic parameter on fluid pressure and solid displacement is illustrated graphically. Finally, the problem of ion-induced deformation of articular cartilage with strain-dependent nonlinear permeability and magnetohydrodynamic effects is presented. The governing set of coupled partial differential equations are non dimensionalized using suitable dimensionless variables. Analytical solutions are provided for the constant permeability case whereas for the nonlinear permeabil ity case the displacement equation is solved numerically using the method of lines technique. The influence of magnetic and permeability parameter on solid dis placement and fluid pressure is illustrated graphically. In some cases, a graphical comparison to the previously reported literature is also presented.