Exhibitors 2015
- DRONES
- COMMERCE
- OPENING TECHNOLOGY
- ELECTRONICS
- TECHNOLOGY FOR BUSINESS
- HUMAN BODY
- MASS CUSTOMIZATION
- HEALTH
- WATER
- EXPLORING OUR WORLD
- MECHANICS
- OPEN HARDWARE BUSINESS
- TOOLS FOR MAKERS
- ART
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- STARTUPS
- CRAFT
- ANIMALS
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- HACKING DAILY LIFE
- MOBILITY
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- KIDS
- MATERIALS
- 3D PRINTING VENDORS
- RECYCLING & UPCYCLING
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- 3D PRINTING
- DIGITAL FABRICATION
- FABLAB
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- FOOD ROBOTICS
- QUALITY OF LIFE
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- COMMUNITIES
- PHOTOGRAPHY
- MICRO AND NANO TECHNOLOGIES
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- CONTAMINAZIONI
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- BIOLOGY
- SCHOOLS
- ARTISANS
- WATCHES
- BIKES
- INTERNET OF THINGS
- 3D SCANNING
- ARTISANS & NEW CRAFT
- 3D PRINTING
- ARDUINO
- ROBOTICS
- ENERGY & SUSTAINABILITY
- OPEN SOURCE
- WELLNESS & HEALTHCARE
- FASHION & WEARABLES
- MUSIC & SOUND
- KIDS & EDUCATION
- HACKS
- FOOD & AGRICULTURE
Prototipazione rapida di un segmento dell'acquedotto Claudio
I presented this model crowning my Architecture thesis project. It is an accurate 1/150 scale reproduction of a portion of the Claudian Aqueduct in the Aqueducts Park in Rome.
For its creation I first executed an aerophotogrammetric survey of the aqueduct using a quadcopter (DJI Phantom Vision 2+) equiped with a Gopro Hero4 camera and a Zenmuse gimbal for images stabilization.
Using image-based modeling softwares I generated a digital model. Once scaled and guaranteed its accuracy, I proceded to 3D printing phase, using a Makerbot Replicator printer in La Sapienza CESMA lab. The model was realized using a red PLA filament while the printer spigot diameter was set to 0,2 mm. The whole Printing process took 22 hours and 51 minutes.
Here’s an explanatory video:
https://www.youtube.com/watch?v=8aTG7uqm-qA
For its creation I first executed an aerophotogrammetric survey of the aqueduct using a quadcopter (DJI Phantom Vision 2+) equiped with a Gopro Hero4 camera and a Zenmuse gimbal for images stabilization.
Using image-based modeling softwares I generated a digital model. Once scaled and guaranteed its accuracy, I proceded to 3D printing phase, using a Makerbot Replicator printer in La Sapienza CESMA lab. The model was realized using a red PLA filament while the printer spigot diameter was set to 0,2 mm. The whole Printing process took 22 hours and 51 minutes.
Here’s an explanatory video:
https://www.youtube.com/watch?v=8aTG7uqm-qA
Italy
Alberto Manzo, Graziano Mario Valenti (Relatore)
Degree in Architecture with a thesis entitled "Experimental applications of multirotori, IBM and rapid prototyping, aimed at relief: The case of the Claudian aqueduct", published on the website of Cesma http://dev.arc.uniroma1.it/pubblicazioni / oa-2015-am-9ab7e0 (model is currently on display in the Faculty of Architecture of Sapienza University of Rome). Realizing it I was able to combine and express my passions including remote controls (drones on all), three-dimensional graphics and 3D printing.
W7 -
FabLab Cesma
2015
Other project in this stand
