A novel finite element based framework was developed to study the effect of extreme temperatures on damage progression in carbon-fiber reinforced composite pin-joints.
In this paper, an optimization-based framework is developed for analyzing the operation of an ensemble of small-scale natural gas fueled DG units, and quantify their ability to flatten the electric grid load (i.e., reduce the peak demand) of the neighborhood that they serve.
In order to study the underlying complexity of the acute inflammatory response, an agent-based framework is developed that models the emerging host response as the outcome of orchestrated interactions associated with intricate signaling cascades and intercellular immune system interactions.
To meet these ends, a mathematical optimization based framework is being developed, with enables the inclusion of profitability measures and other techno-economic metrics along with process insights obtained from experimental as well as modeling and simulation studies.
To meet these ends, a mathematical optimization based framework is being developed, which enables the inclusion of profitability measures and other techno-economic metrics along with process insights obtained from experimental as well as modeling and simulation studies.
A wave based model is developed within the framework of the Kirchhoff theory for a thin plate of locally varying thickness.
In this study, the degradation based optimization framework is developed which determines optimum operating conditions to achieve a minimum cost of electricity.
To provide a solution to these nonconvex problems, an alternating direction method of multipliers based solution framework is developed in this paper.
