The experimental work is focused on the potential arising from the entry of the company into Industry 5.0. The development of software and devices capable of connecting man and machine within the production process is the key to putting human being at the center of an engineered manufacturing process, now able to visualize and control the finished product employing holograms projected into the working environment. The research was articulated in the development of a program capable of transmitting the correct visual information through the use of Microsoft®HoloLens, connected in real-time to a parametric script made through Grasshopper. Inside the latter were coded custom components compiled in C# to create an iterative growth algorithm, then redesigned for the composition of a pipe system made by CNC machines and Holo-Bending. The connection between the virtual and the real world is managed through Fologram, a revolutionary mixed reality application capable of connecting in real-time various modeling software, such as Rhino and Grasshopper, and projecting models in the form of holograms, all through devices such as Microsoft®HoloLens or even smartphones.
Il lavoro sperimentale è focalizzato sulle potenzialità derivanti dall'ingresso della società all'interno dell'Industria 5.0. Lo sviluppo di software e componenti capaci di connettere l'uomo e la macchina all'interno del processo produttivo è la chiave per porre l'uomo al centro di un processo manufatturiero ingegnerizzato, ora in grado di visualizzare e governare il prodotto finito tramite l'ausilio di ologrammi proiettati nell'ambiente lavorativo. La ricerca si è articolata nello sviluppo di un programma capace di trasmettere le corrette informazioni visive tramite l'uso delle Microsoft®HoloLens, connesse in tempo reale ad uno script parametrico realizzato tramite Grasshopper. All'interno di quest'ultimo sono stati codificati dei componenti personalizzati compilati in C# per poter creare un algoritmo di crescita iterativo, poi rielaborato per la composizione di un sistema di tubi realizzato tramite macchine CNC e Holo-Bending. La connessione tra il mondo virtuale e quello reale è gestita tramite Fologram, una rivoluzionaria applicazione di realtà mista capace di connettere in tempo reale vari software di modellazione, come Rhino e Grasshopper e proiettare i modelli sotto forma di ologrammi, il tutto attraverso device come Microsoft®HoloLens o anche smatphones.
Holo-bending : holographic tube bending workflow for bio-inspired generative patterns
Gentile, Andrea Lorenzo
2021/2022
Abstract
The experimental work is focused on the potential arising from the entry of the company into Industry 5.0. The development of software and devices capable of connecting man and machine within the production process is the key to putting human being at the center of an engineered manufacturing process, now able to visualize and control the finished product employing holograms projected into the working environment. The research was articulated in the development of a program capable of transmitting the correct visual information through the use of Microsoft®HoloLens, connected in real-time to a parametric script made through Grasshopper. Inside the latter were coded custom components compiled in C# to create an iterative growth algorithm, then redesigned for the composition of a pipe system made by CNC machines and Holo-Bending. The connection between the virtual and the real world is managed through Fologram, a revolutionary mixed reality application capable of connecting in real-time various modeling software, such as Rhino and Grasshopper, and projecting models in the form of holograms, all through devices such as Microsoft®HoloLens or even smartphones.File | Dimensione | Formato | |
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https://hdl.handle.net/10589/201613