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This optimisation framework facilitates combining the computer-aided molecular design of the working fluid with the power-system optimisation into a single framework, thus removing subjective and pre-emptive screening criteria, and simultaneously moving towards the next generation of tailored working fluids and optimised systems for waste-heat recovery applications.
The two-dimensional illustration of complex ring systems integrated in small molecules is an important feature for the visualization of results generated by computer-aided molecular design procedures.
Some computer-aided molecular design models have these features.
In this paper, a mathematical programming-based approach to computer-aided molecular design is presented.
Here, we integrate computer-aided molecular design to realize the actual design of novel fluids.
In the first stage, the optimal mixture is designed via computer-aided molecular design (CAMD) technique.
The computer-aided molecular design of a rigid ring molecule has been performed.
This short communication presents a generic mathematical programming formulation for computer-aided molecular design (CAMD).
Computer-aided molecular design allows generating novel fluids fulfilling a set of target properties.
The platform is validated using a benchmark problems and a computer-aided molecular design (CAMD) problem.
This approach builds upon the continuous-molecular targeting – computer-aided molecular design (CoMT-CAMD) apresentedresented by Lampe et al. (2015a).
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