Indirect Analysis in Multi-Component Systems

O-5: Preparation of Multi-Component Drug Delivery Systems

Background: Despite global interest, the development of single step processes for the preparation of effective drug delivery systems still faces numerous challenges. There is great demand for processing methods that are efficient, flexible, scalable and economical for the generation of wide range of encapsulated structures. Over the past few decades, electrohydrodynamic (EHD) processing has rec...

Numerical Analysis of Interdiffusion in Multi-Component Systems

Finite element method is used to obtain numerical solution to the Danielewski-Holly model of interdiffusion for non-ideal, multi-component open systems and concentration dependent diffusivities. The definition of the week solution of the initial-boundary-value problem of interdiffusion is formulated. Using the Galerkin scheme, the approximate solution to the problem has been derived. The numeri...

The Comparison of Direct and Indirect Optimization Techniques in Equilibrium Analysis of Multibody Dynamic Systems

The present paper describes a set of procedures for the solution of nonlinear static-equilibrium problems in the complex multibody mechanical systems. To find the equilibrium position of the system, five optimization techniques are used to minimize the total potential energy of the system. Comparisons are made between these techniques. A computer program is developed to evaluate the equality co...

Multi-Component Diffusion in Polymer-Solvent Systems

Component Based Development in Multi Agent Systems

While tools for agent based social simulation have come a long way towards making life easier for the social scientist depending on computerized methodologies, we nd that some of the requirements for eÆcient scienti c progress have not been met. Inspired by the success of simulation environments and tools in the last decade, by the work on the alignment of models and by proven technology in bus...