Outputs (3)

Decision Support Based on Digital Twin Simulation: A case study in Distillery Industry (2024)
Presentation / Conference Contribution
Marzano, A., & Caggiano, A. (2024, July). Decision Support Based on Digital Twin Simulation: A case study in Distillery Industry. Presented at 18th CIRP ICME '24 Conference, Ischia, Italy

This paper presents a complete digital twin framework with the purpose to aid manufacturing ergonomics and control operations in distillery industry. The focus is on the design of a digital twin framework that manages the material flow in the real sy... Read More about Decision Support Based on Digital Twin Simulation: A case study in Distillery Industry.

Safer and Efficient Assemblies: Harnessing Real Time Worker Movements with Digital Twins (2024)
Presentation / Conference Contribution
Kasarapu, S. S. K., Vasantha, G., Marzano, A., Corney, J., Hanson, J., Quigley, J., El-Raoui, H., Thompson, N., & Sherlock, A. (2024, August). Safer and Efficient Assemblies: Harnessing Real Time Worker Movements with Digital Twins. Presented at 21st International Conference on Manufacturing Research (ICMR2024), Glasgow

This paper addresses a critical gap in digital twin simulation within manufacturing environments by focusing on the dynamic representation of worker movements during assembly processes. We introduce an innovative approach that utilizes Ultra-Wideband... Read More about Safer and Efficient Assemblies: Harnessing Real Time Worker Movements with Digital Twins.

Towards a Digital Twin framework for Human Centric Laser Cleaning Design (2024)
Journal Article
Marzano, A., Caggianob, A., D’Alterioc, A., Matterac, G., & Nelec, L. (in press). Towards a Digital Twin framework for Human Centric Laser Cleaning Design. Procedia CIRP,

In this study, the cleaning operation of moulds used in autoclave moulding of composite materials within the aerospace industry is investigated. By employing Digital Twin technology, various scenarios related to both manual and automated cleaning ope... Read More about Towards a Digital Twin framework for Human Centric Laser Cleaning Design.