23.01.2024
A relevant academic agreement was recently signed between the University of Padua and the China University of Geosciences in Beijing.The memorandum of understanding is part of a collaboration agreement that the two universities have started a few years ago: it is based on the synergy between the
22.01.2024
Shima Pilehvar is an Associate Professor at Østfold University College, Norway, and her main research interests are sustainable construction materials and 3D printing technology, whose frontiers can be crucial also for creating, in the future, human settlements on the Moon. Prof. Shima Pilehvar has
19.01.2024
Gilbert-type deltas develop in high-gradient coastal areas and are generally made of of gravelly deposits accumulated by mass transport processes. Deposits accumulated in the transition zone between the delta plain and the front are characterized by variable stratal geometries, which can serve as
Speaker: Dr. Paolo Ruggeri, Department of Physics and Astronomics "Augusto Righi" - University of Bologna | Thursday 18 January 2024 – 4,30 PM | Arduino classroom
18.01.2024
In this seminar, the historical development and the rationale of climate predictions and their contemporary classifications into sub‐seasonal, seasonal and decadal forecasts will be discussed. The seminar will review the state‐of‐the‐art operational predictions and will provide insight into promising proofof‐ concept approaches to bridge them with sectoral applications. Example applications in the context of water management and human health are also provided.
Speaker: Shima Pilehvar, Department of Engineering – Østfold University College, Norway | Thursday 11 January 2024 – ore 4,30 PM | Arduino classroom
11.01.2024
Since water is a highly valuable resource on the lunar surface and not readily available, using building materials with high water demand is practically impossible. Geopolymers consist of silico-aluminates in an amorphous to semi-crystalline three-dimensional structure and exhibit an excellent performance. 3D-printing of geopolymers produced from lunar regolith is an interesting option for space in situ habitats.
