imodeling2011.weblog.tudelft.nl
iModeling
http://imodeling2011.weblog.tudelft.nl/2011/10/31/title-750
The project will demonstrate that a tool in the real world can shape a virtual model. A hand held device will be prototyped to express curves. The tool will be moved in real space, and change the shape of a model in virtual space. This project includes electronics and programming and will create a stunning modeling example. (Expert: Tjamme Wiegers). The weblogs of this year's Minor Augmenting Prototypes project:. 1 3D printed music instruments. 6 Flying 3D scanner. By Ronald Eric van der Beek. This websi...
imodeling2011.weblog.tudelft.nl
iModeling
http://imodeling2011.weblog.tudelft.nl/2011/10/24/title-736
The project will demonstrate that a tool in the real world can shape a virtual model. A hand held device will be prototyped to express curves. The tool will be moved in real space, and change the shape of a model in virtual space. This project includes electronics and programming and will create a stunning modeling example. (Expert: Tjamme Wiegers). The weblogs of this year's Minor Augmenting Prototypes project:. 1 3D printed music instruments. 6 Flying 3D scanner. By Ronald Eric van der Beek. Nog een an...
imodeling2011.weblog.tudelft.nl
iModeling
http://imodeling2011.weblog.tudelft.nl/2011/10/31/title-751
The project will demonstrate that a tool in the real world can shape a virtual model. A hand held device will be prototyped to express curves. The tool will be moved in real space, and change the shape of a model in virtual space. This project includes electronics and programming and will create a stunning modeling example. (Expert: Tjamme Wiegers). The weblogs of this year's Minor Augmenting Prototypes project:. 1 3D printed music instruments. 6 Flying 3D scanner. By Ronald Eric van der Beek. We hebben ...
imodeling2011.weblog.tudelft.nl
iModeling
http://imodeling2011.weblog.tudelft.nl/2011/10/17/title-732
The project will demonstrate that a tool in the real world can shape a virtual model. A hand held device will be prototyped to express curves. The tool will be moved in real space, and change the shape of a model in virtual space. This project includes electronics and programming and will create a stunning modeling example. (Expert: Tjamme Wiegers). The weblogs of this year's Minor Augmenting Prototypes project:. 1 3D printed music instruments. 6 Flying 3D scanner. By Ronald Eric van der Beek. Onderstaan...
imodeling2011.weblog.tudelft.nl
iModeling
http://imodeling2011.weblog.tudelft.nl/2011/11/01/title-756
The project will demonstrate that a tool in the real world can shape a virtual model. A hand held device will be prototyped to express curves. The tool will be moved in real space, and change the shape of a model in virtual space. This project includes electronics and programming and will create a stunning modeling example. (Expert: Tjamme Wiegers). The weblogs of this year's Minor Augmenting Prototypes project:. 1 3D printed music instruments. 6 Flying 3D scanner. By Ronald Eric van der Beek.
sax2011.weblog.tudelft.nl
Vera Lieselotte Maria Konietschke | 3D Printed music instruments
http://sax2011.weblog.tudelft.nl/author/vkonietschke
3D Printed music ins. In this project we will reverse engineer a mystical part of the saxophone: the mouthpiece. Focused on optimizing the acoustic properties, this includes making CT-scans, parametric modeling and high-grade metal printing. You will autonomously contact several experts and well known (jazz)musicians. Experience with reed or woodwind instruments is preferred! The weblogs of this year's Minor Augmenting Prototypes project:. 1 3D printed music instruments. 6 Flying 3D scanner. Handmatig ge...
sax2011.weblog.tudelft.nl
Vlot | 3D Printed music instruments
http://sax2011.weblog.tudelft.nl/author/lvlot
3D Printed music ins. In this project we will reverse engineer a mystical part of the saxophone: the mouthpiece. Focused on optimizing the acoustic properties, this includes making CT-scans, parametric modeling and high-grade metal printing. You will autonomously contact several experts and well known (jazz)musicians. Experience with reed or woodwind instruments is preferred! The weblogs of this year's Minor Augmenting Prototypes project:. 1 3D printed music instruments. 6 Flying 3D scanner. Een mondstuk...
sax2011.weblog.tudelft.nl
Nylon SLS print | 3D Printed music instruments
http://sax2011.weblog.tudelft.nl/2011/10/27/2de-titanium-mondstuk
3D Printed music ins. In this project we will reverse engineer a mystical part of the saxophone: the mouthpiece. Focused on optimizing the acoustic properties, this includes making CT-scans, parametric modeling and high-grade metal printing. You will autonomously contact several experts and well known (jazz)musicians. Experience with reed or woodwind instruments is preferred! The weblogs of this year's Minor Augmenting Prototypes project:. 1 3D printed music instruments. 6 Flying 3D scanner. Een mondstuk...
sax2011.weblog.tudelft.nl
2de Titanium mondstuk | 3D Printed music instruments
http://sax2011.weblog.tudelft.nl/2011/10/27/2de-titanium-mondstuk-1
3D Printed music ins. In this project we will reverse engineer a mystical part of the saxophone: the mouthpiece. Focused on optimizing the acoustic properties, this includes making CT-scans, parametric modeling and high-grade metal printing. You will autonomously contact several experts and well known (jazz)musicians. Experience with reed or woodwind instruments is preferred! The weblogs of this year's Minor Augmenting Prototypes project:. 1 3D printed music instruments. 6 Flying 3D scanner.
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