Search presentation

Information

Click on any of the presentation to access its dedicated blog page, to type your question and get the answer of the presenter being in another venue (all the Q&A remain in each presentation blog page). search a presentation by key word or topics. Find in any of the dedicated blog pages, its presentation video, slides and paper.

×

Warning

JUser: :_load: Unable to load user with ID: 1277

Presentations

In the last decades, the relationship between designers and materials changed radically, bringing designers to relate to materials manipulation and production processes. At the end of the twentieth century, the growing attention to environmental issues reduced the choice of materials to those considered sustainable and risking to mortify, together with the materiality, the expressive-sensorial richness of the objects. Therefore, recycled materials have become part of the choices available to designers, foreshadowing new challenges for redesigning their aesthetic aspect and identity. Recently, the dissemination of the maker culture through the Fablabs and the promulgation of the DIY phenomenon, have favorited a rapprochement between designers and materials and their transformation, leading them to enter the interspace between research on materials and their applications. The paper focuses on the experimental research aimed to design new materials experiences and identities which allowed the exploration of new forms of recycling matter recovered from the decommissioning of GFRP boats.

Authors: Helga Aversa, Valentina Rognoli, Carla Langella

The aim of this work is to present an initiative to take advantage of the PLA waste discarded and to carry out experiments through the process of mechanical recycling of the material. PLA is a biopolymer from renewable sources that is extensively used in 3D printing in form of filament. The PLA waste is recovered on an additive manufacturing services bureau and goes through a mechanical recycling process in Materials and Design Laboratory at University of State of Pará. Some researches are conducted with the purpose of evaluating the material performance when added natural fibers such as jute and açaí. As impact on sustainability it increases awareness of sustainability in additive technologies and encourages research about the PLA recycling and developing of new materials and products with this recycled material.

Authors: Camilla Dandara Pereira Leite, Leticia Faria Teixeira, Lauro Arthur Farias Paiva Cohen, Nubia Suely Silva Santos

 

Students and staff consume a staggering amount of food packaging daily with short lifespans lasting a few minutes before being thrown away. The paper created a regenerative system to improve university campuses’ sustainable lifestyles in Egypt, focusing on the German University in Cairo (GUC) as a case study. The GUC is self-sufficient where services and products are produced on campus. However, attention is not given to packaging of food served. Therefore, the paper’s main focus is on the system of serving food at the GUC with the aim of implementing the outcome on other campuses. The outcome targets youth who tend to follow trends easier and faster and lifestyles in universities will positively influence society. This research used behavioural studies on participants studying and working at the GUC to gain information about packages consumed daily. The system improves sustainability by reducing carbon emissions, money spent on packages, and landfill space.

Authors: Nariman G. Lotfi, Sara Khedre