session 5
Advancements in Materials Applications and Rapid Prototyping
- type
oral
- Description
The topics to be addressed include advancements in materials applications and novel technical concepts in the rapid prototyping of space systems. Continuous improvements in materials and structural concepts are always needed to achieve extremely demanding goals in performance, reliability, and affordability of space components, especially in terms of greater accuracy/dimensional stability, longer life, greater survivability to both natural and threat environments, and producibility capability for high volume production. Different rapid prototyping processes are currently used for different materials in the fabrication of metal, ceramic, and plastic parts. However, as very new technique, the Additive Manufacturing is strongly emerging due to the capability of optimization of structural parts for space applications as it concerns to weight reduction, improvement of mechanical properties and reduction of development and lead times as well as the reduction of costs. Furthermore AM processes make three-dimensional parts directly from CAD models by adding materials layer by layer.
- Date
2019-10-23
- Time
- Room
- IPC members
Co-Chair: Dr. Giuliano Marino, CIRA Italian Aerospace Research Centre, Italy;
Co-Chair: Dr. Behnam Ashrafi, National Research Council, Canada;
Rapporteur: Mr. James Tucker, [unlisted], United States;
Order | Time | Paper title | Mode | Presentation status | Speaker | Affiliation | Country |
---|---|---|---|---|---|---|---|
1 | 14:45 | An Additive Manufacturing redesign of a box equipment within a logistic 4.0 framework | 12 | no-show | Mr. Valerio Cardini | Sapienza University of Rome | Italy |
2 | 14:57 | An Overview of the Application of 3D Printed Spacecraft Structures within the ReDSHIFT Project | 12 | confirmed | Dr. Scott Walker | University of Southampton | United Kingdom |
3 | 15:09 | design of additively manufactured lightweight structural components using topology optimization | 12 | confirmed | Ms. Julia Carroll | The John Hopkins University | United States |
4 | 15:21 | Designing an Orbital Factory with the Innovation of 3D Printer Cubesat | 12 | no-show | Ms. SANDYA RAO | India | |
5 | 15:33 | In-situ observation of metal powder melting behavior using X-ray and thermal imaging | 12 | confirmed | Mr. Yuki Wakai | Waseda University | Japan |
6 | 15:45 | 12 | confirmed | Mrs. Lucia Pigliaru | ESA - European Space Agency | The Netherlands | |
7 | 15:57 | 12 | confirmed | Mr. Simon Huembert | German Aerospace Center (DLR) | Germany | |
8 | 16:09 | thermal regulation using porous 3D printed structure of small satellite | 12 | confirmed | Mr. Nikolay Mullin | Skolkovo Institute of Science and Technology | Russian Federation |
9 | 16:21 | The PermiAM™ Additive Manufacturing Process for Open Porosity in Fully Dense Materials | 12 | confirmed | Mr. Matthew Kuhns | Masten Space Systems | United States |
10 | 16:33 | In-SITU construction on Mars : 3D printing and Conventional Sintering of Mars Soil Simulant (JMSS-1) | 12 | confirmed | Ms. Sonal Baberwal | France | |
11 | 16:45 | Using Demonstrator Hardware to Develop a Future Qualification Logic for Additive Manufacturing Parts | 12 | confirmed | Mr. Christo Dordlofva | GKN Aerospace Engine Systems | Sweden |
12 | 16:57 | 12 | no-show | Dr. Luciano Pollice | Sapienza University of Rome | Italy | |
* | withdrawn | Mr. Thomas Mallard | United States |