CAELESTIS software and adaptive simulation workflow implementation

The CAELESTIS project aims to establish a digital simulation-driven ecosystem tailored for designing manufacturing strategies, with a focus on advancing the European aircraft industry. This initiative intends to facilitate the industry's evolution by enabling extensive exploration of design and manufacturing space to discover novel aerostructures and related systems.

The work package 2 of the CAELESTIS project has focused on the design and implementation of the CAELESTIS Interoperable Simulation Ecosystem (ISE) that integrates the Distributed Engineering Teams (DET) across aircraft industry with the High-Performance Computing (HPC) environments to enable the execution of complex product and process multi-scale and multiphysics simulation workflows. The first deliverable of the work package(D2.1), we provided the details on the design and implementation of the ISE as a software solution to manage the execution of simulation workflows that integrate different simulation software and data analytics techniques, and the cybersecurity analysis and recommendations to take into account for this ecosystem. 

This deliverable releases the software components of the CAELESTIS ISE and the simulation workflows. The software components are released as beta version which are ready to be integrated with the demonstrator use case in WP7. The source code of these components is available in different Git repositories within the CAELESTIS Github organization. The URL of these repositories can be found in Table 1. Any change required due to the integration in WP7 or bug fix performed until the end of the project will be included in these repositories.