Difference between revisions of "Msc2G3:Materialization"
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The shell is divided into several components based on topology of the design. The subtractive modelling of the EPS is based on a structural optimization and sound reflection. Force lines morph the surfaces defining the EPS into position. The spots which need to be reflective stay in their original position. | The shell is divided into several components based on topology of the design. The subtractive modelling of the EPS is based on a structural optimization and sound reflection. Force lines morph the surfaces defining the EPS into position. The spots which need to be reflective stay in their original position. | ||
Revision as of 12:24, 30 June 2016
Materialization
Components
The shell is divided into several components based on topology of the design. The subtractive modelling of the EPS is based on a structural optimization and sound reflection. Force lines morph the surfaces defining the EPS into position. The spots which need to be reflective stay in their original position.
Grid Mapping
Information is mapped from the 3D realm of the EPS to the 2D production files of the cork plates. The hills and valleys of the EPS structure inform the morphing of the cork grid, componential logic of the cork, and thickness of the cork plates.
