Waves battering the coast generate energy. Researchers Branko Šavija and Yading Xu from Delft University of Technology want to capture this energy using a special type of concrete, thus creating an alternative energy source. The Dutch popular science journal KIJK has selected the idea for their competition Best Tech Idea 2021. The winner will be determined by the public. You can vote from 14 September to 15 October 2021.
What’s in a word? ‘Smart’, ‘eco’ or ‘future’ cities? Around the world, numerous city initiatives have sprung up in recent years to signal their engagement with sustainable development and global climate change action. But what is the difference between these and other city labels? Are some more important than others? And how will they develop in the coming 50 years? Scottish and Dutch academics have carried out a global study across 35 different city labels revealing that the term ‘sustainable city’ has been the most popular and overarching one in policy and academic research until five years ago.
During a special online edition of the annual innovation festival TEKNOWLOGY, NWO has announced the winners of the annual Open Mind funding round. Five scientists with surprising ideas for improving the world will each receive 50,000 euros to further elaborate their plan within one year.
Harvesting energy from waves breaking against the coast or from a vibrating bridge that lorries travel across. That is what dr. Branko Šavija and his team want to make possible with the new, lightweight and sustainable 3D printed concrete they have developed. For this idea, he received a k€50 Open Mind grant from NWO. Quoting the jury assessment: ‘Completely original idea to explore an interesting new source of energy.’ A short explanation of this innovative idea is given in this video.
On the 8 of July, at the inauguration session of the 17th International Brick and Block Masonry Conference, Paul Korswagen was awarded with the first place in the competition for the best paper submitted to this online edition of the conference. The paper, about the difference in the behaviour between baked-clay and calcium-silicate walls subjected to light damage, which was deemed by the jury to have very high scientific value and/or concern important practical aspects, was written by the researcher of the department of Materials, Mechanics, Management and Design (3MD) at the group of Structural Mechanics. The topic was based on the work performed by the team looking at the light damage vulnerability of masonry walls which was composed at the time by Michele Longo, Edwin Meulman, and Paul and guided by prof. Jan Rots.
Paul’s prize consists of a book about the history of Kraków and a tour of the city, which is fortunately valid all throughout next year.
We like to congratulate dr. Branko Šavija with being awarded the Gustavo Colonnetti Medal of the International Union of Laboratories and Experts in Construction Materials, Systems and Structures (RILEM). Each year, max. 2 young researchers of less than 35 years, who have made an outstanding scientific contribution to the field of construction materials and structures receive this award. Branko was awarded for his high-level scientific research in the field of construction materials and structures. Apart from the medal, he will be invited to give a lecture during the RILEM Spring Convention in March.
At the TU Delft Best Graduate Award Ceremony 2019 eight recently graduated engineers presented their research and results of their excellent master thesis. Djonno Bresser, graduate of the department Materials, Mechanics, Management & Design (3MD), received the prestigious title TU Delft Best Graduate 2019. The TU Delft Best Graduate Award Ceremony is organized annually by Delft University Fund. His Graduation committee consisted of Prof. Dr. Ir. J.G. Rots, Dr. Ir. M.A.N. Hendriks, Ir. M. Pari, Dr. Ir. G.M.A. Schreppers and Ir. L.J.M. Houben.
Karel Terwel together with Michiel Schuurman (AE) and Arjo Loeve (3ME), won a prestigious ICE Publishing Award for their joint work on ‘Improving reliability in forensic engineering: the Delft approach’. In the article, they describe the three main elements of the Delft approach, which in turn are based on insights gained from their respective fields of civil engineering, aerospace engineering and biomechanical engineering. Starting 19 November 2019, the MOOC ‘Forensic Engineering: Learning from Failures’ will run for the third time. This MOOC takes its lead from the insights described in the article on the Delft approach.
Research on mechanics of adobe structures, a joint research project of TU Delft, TNO and the Dutch Ministry of Defense, has been considered among the best collaborations with the European Commission. Both dr. Weerheijm as mr. Li Piani were interviewed on this occasion.