... be used as a digital twin. Our model captures two-dimensional, cross flow, and counter-current geometry while also accounting for heat holdup in the tube and fin material. This was achieved using entirely free, open-source software, namely the Institute for the Design of Advanced Energy Systems (IDAES...

...—material that can be transmuted into special fissionable nuclear material: depleted uranium, natural uranium, and thorium—is placed in the core, where it uses the neutron flux for transmutation. Digital twinning and digital engineering have demonstrated significant performance improvement and schedule...

.... , and Onori , M. , 2015 . “ Current Status and Advancement of Cyber–Physical Systems in Manufacturing ,” J. Manuf. Syst. , 37 , pp. 517 – 527 . 10.1016/j.jmsy.2015.04.008 . [7] Parrot , A. , and Warshaw , L. , 2017 , Industry 4.0 and the Digital Twin , Deloitte University Press . [8...

... systems. Digital twins (DT) have potential to transform CO 2 transport sector to achieve high reliability, availability, and maintainability at lower cost. Herein, an integrated five-component robust DT framework is proposed for CO 2 pipeline transport systems and the future directions for DT development...

... in the accuracy of fault management. This work shows the potential of a combination of digital twin and a fault management algorithm. The algorithm is designed to be robust, accurate, reliable, and fast; it is based on both physics and data-based model modeling. The algorithm compares physical and data-based...