際際滷shows by User: ElenaCorio / http://www.slideshare.net/images/logo.gif 際際滷shows by User: ElenaCorio / Sun, 12 Mar 2017 18:16:52 GMT 際際滷Share feed for 際際滷shows by User: ElenaCorio Master Thesis Elena Corio /slideshow/elena-corio-master-thesis/73070125 elenacorio-thesis-170312181652
Master Thesis: An Innovative sail-shaped shelter for the Ancient Ships Archaeological Site of Pisa. Reciprocal structures, or nexorade, are composed by the assembling of groups of three or more beams mutually connected by mono-lateral T joints. This kind of structures can be easily built in relatively unprepared sites, dismantled, transported and re-used even by not specialized hand-craft. The Thesis proposes the design of a reversible, reciprocal framed gridshell to shelter the Ancient Ships Archaeological Site of Pisa. A parametric workflow for both the form finding and the digital fabrication processes has been developed, and a prototype of accommodative steel T-joint for timber reciprocal beams has been realized. Finally, a laser cut model tested the feasibility of our design approach. ]]>
Master Thesis: An Innovative sail-shaped shelter for the Ancient Ships Archaeological Site of Pisa. Reciprocal structures, or nexorade, are composed by the assembling of groups of three or more beams mutually connected by mono-lateral T joints. This kind of structures can be easily built in relatively unprepared sites, dismantled, transported and re-used even by not specialized hand-craft. The Thesis proposes the design of a reversible, reciprocal framed gridshell to shelter the Ancient Ships Archaeological Site of Pisa. A parametric workflow for both the form finding and the digital fabrication processes has been developed, and a prototype of accommodative steel T-joint for timber reciprocal beams has been realized. Finally, a laser cut model tested the feasibility of our design approach. ]]> Sun, 12 Mar 2017 18:16:52 GMT /slideshow/elena-corio-master-thesis/73070125 ElenaCorio@slideshare.net(ElenaCorio) Master Thesis Elena Corio ElenaCorio Master Thesis: An Innovative sail-shaped shelter for the Ancient Ships Archaeological Site of Pisa. Reciprocal structures, or nexorade, are composed by the assembling of groups of three or more beams mutually connected by mono-lateral T joints. This kind of structures can be easily built in relatively unprepared sites, dismantled, transported and re-used even by not specialized hand-craft. The Thesis proposes the design of a reversible, reciprocal framed gridshell to shelter the Ancient Ships Archaeological Site of Pisa. A parametric workflow for both the form finding and the digital fabrication processes has been developed, and a prototype of accommodative steel T-joint for timber reciprocal beams has been realized. Finally, a laser cut model tested the feasibility of our design approach. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elenacorio-thesis-170312181652-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Master Thesis: An Innovative sail-shaped shelter for the Ancient Ships Archaeological Site of Pisa. Reciprocal structures, or nexorade, are composed by the assembling of groups of three or more beams mutually connected by mono-lateral T joints. This kind of structures can be easily built in relatively unprepared sites, dismantled, transported and re-used even by not specialized hand-craft. The Thesis proposes the design of a reversible, reciprocal framed gridshell to shelter the Ancient Ships Archaeological Site of Pisa. A parametric workflow for both the form finding and the digital fabrication processes has been developed, and a prototype of accommodative steel T-joint for timber reciprocal beams has been realized. Finally, a laser cut model tested the feasibility of our design approach.
Master Thesis Elena Corio from Elena Corio
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