Archive

Led by Professor Joris Dik, a group of TU Delft bachelor's students was able to discover the secrets of this part of the wall without damaging it. The students’ graduation thesis was published this week in academic journal Heritage Science.

In a very short period of time, students involved in OperationAIR have successfully developed an emergency ventilator for coronavirus patients. Following the necessary test procedures, the design of the AIRone – including all related documentation – has now been released online so that other countries and initiatives can also benefit from it.

Twenty-five companies and knowledge institutes in the maritime industry have joined forces in SH2IPDRIVE: Sustainable Hydrogen Integrated Propulsion Drives. In this innovation programme, they will work together to make hydrogen shipping a reality.

In the fight against the 'Corona shortage’ of face masks, John van den Dobbelsteen and Tim Horeman, researchers at the Department of BioMechanical Engineering department, and with lab manager Rob Luttjeboer, developed a successful way to test reused sterilised surgical masks and surgical masks made of new materials.

The consortium WarmingUp, a new collective endeavouring to accelerate the creation of cost-effective and sustainable heating networks, has been awarded a grant worth €9.3 million by the Netherlands Enterprise Agency (RVO) as part of its Long-Term Mission-Driven Innovation Programme (MMIP). Under the leadership of TNO, TU Delft has joined forces with other key players in the field of affordable and sustainable heat to form WarmingUp. The partners themselves are investing €9.5 million in its research programme.

Every trace or other piece of evidence at a crime scene has to be thoroughly examined. Traces that cannot be taken away or stored, such as blood spatters, is visualised with a ruler to indicate its size. TU Delft and the Netherlands Forensic Institute (NFI) have developed a new method for the police that will soon make the ruler obsolete and make it easier to measure all kinds of forensic evidence.

TU Delft, Shell and various Top Consortia for Knowledge and Innovation (TKIs) are investing 5 million euros in the development of electro-conversion technology to make the petrochemical industry more sustainable.

The Forze VIII, developed by TU Delft students, was the first ever hydrogen racing car to secure a podium place in an official race this weekend.

Tamas Keviczky, hoogleraar Networked Cyber-Physical Systems and a team of researchers and students from TU Delft in cooperation with the companies Van der Hoeven Horticultural Projects, Keygene and Hoogendoorn Growth Management has won the 2nd International Autonomous Greenhouse Challenge. Five teams participated, the Automatoes team, with the help of advanced data-driven control algorithms and artificial intelligence (AI), not only achieved the best tomato harvest after six months, but also scored best on sustainability in a fully automated greenhouse.

Tamás Keviczky appointed full professor Networked Cyber-Physical Systems. Tamás Keviczky joined the Delft Center for Systems and Control in 2007 and has worked there as an associate professor since 2015.

This month, the University Fund and TU Delft launched a campaign called Tech for Health | Better healthcare thanks to Delft technology. The campaign comprises seven pioneering and illustrative studies, each symbolising the many unique innovations and collaborations taking place at TU Delft and the medical centres.

During the COVID Case Day, thirty master students from the Technical Medicine programme studied COVID-19-related cases submitted by various hospitals and health-care institutions.

The 3mE Girls Challenge ‘Where nature meets technology’, an event for girls in their fifth year of pre-university education who want to acquaint themselves with the mechanical engineering programme, has turned out to be a massive hit. After the huge success of the first edition last year, the Department of Mechanical Engineering organised a follow-up on 9 February 2018.

Bart van Trigt, researcher at TU Delft’s Department of BioMechanical Engineering, worked with a team of scientists and scientific entrepreneur Erik van der Graaff to develop an injury model to reduce injuries: Pitch Perfect. Van Trigt received an ‘Implementeren met impact’ grant from ZonMw, which he can now use to test the injury model on Dutch players.

Titanium white is a pigment used in the 20th century by painters like Picasso and Mondriaan. The ‘bad’ version of this pigment can lead to early aging of paintings when expowed to UV light. TU Delft researcher Birgit van Driel has - in close cooperation with AkzoNobel, the Rijksmuseum and the Cultural Heritage Agency of the Netherlands, and within the context of the Netherlands Institute for Conservation+Art+Science+ (NICAS) - developed a straightforward method to estimate the potential risk to painting. This will enable museums to take timely action to prevent damage to paintings. On Wednesday 9 May, Birgit will be defending her PhD at TU Delft.

Our growing world population and increasing prosperity is putting more and more pressure on global energy consumption and the demand for materials. The challenges in the area of energy consumption, materials consumption and climate change are closely interlinked, but the use of materials is often something we take for granted.

Freshman studying mechanical engineering have started their third and last design project for this academic year. The 77 project groups have now entered the fifth design week of this project and are going to apply the knowledge they have acquired: from exploring the problem via designing and building to testing and evaluating.

Dean Theun Baller and alderman Ferrie Förster of the City of Delft signed a partnership agreement with Maritime Delta today. The partnership will focus on reinforcing the maritime cluster in the province of South Holland.

Karel Terwel (CEG), 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’.

Jeroen Pruyn, Assistant Professor at the faculty of Mechanical, Maritime and Materials Engineering, uses in his teaching a ‘Maritime Business Game’ (MBG) that he developed himself.

One superpower that gains constant attention is that of impenetrability, a power possessed by superheroes like Luke Cage, Wonder Woman, Superman and Colossus. In a recent paper in Advances in Physiology Education, Barry W. Fitzgerald considers how Colossus’ skin might work.

A number of internal relocations have taken place in the 3mE building the past year and one of them was the relocation of the Wave-Flume Tank. The tank has been moved from building section J to the API hall nearby in Leeghwaterstraat to create space for projects being conducted in the Fluid Mechanics Lab. The Wave-Flume Tank has returned home: at the Ship Hydromechanics Lab.

Researchers from TU Delft developed a method to watch the formation of kidney stones on a microscale, in a so called microfluidic platform. By slightly adjusting the pH and the concentration of specific minerals, the formation could be slowed down or inhibited completely. The research is now published in Biomicrofluidics.

In her search to determine the optimal speed skating technique, doctoral candidate Eline van der Kruk developed a dynamic computer model of a skater and instrumented clap skates. In the future, these will make it possible to offer skaters and coaches real-time visual feedback during training sessions. On Thursday 8 February, the day before the start of the Winter Olympics, Van der Kruk will be awarded her PhD at TU Delft for her work on this subject.

The use of technology is unavoidable to keep healthcare affordable and accessible, but its implementation must go hand in hand with respect for patient values, says trauma surgeon Maarten van der Elst. He has been appointed to TU Delft’s Reinier de Graaf chair for the coming five years and is holding his inaugural address on 4 March.

In our future energy system, electricity derived from solar panels and wind turbines, and heat derived from geothermal wells, heat pumps, solar collectors and urban surfaces will constitute cheap and abundant sources of carbon-free energy for our built environment and for our industries.

Eight researchers from TU Delft, including two from the 3mE Faculty, namely Wouter Westerveld, Remco Hartkamp and Carlas Smith, received a Vidi grant in June for their research proposals.

The Dutch Research Council has awarded 101 experienced researchers a Vidi grant worth 800,000 euros. Eight Vidis go to top researchers from Delft, of which no fewer than three researchers work at the 3mE faculty: Michael Wiertlewski, Willem Haverkort and Kim Batselier. The grant enables them to develop their own innovative line of research and set up their own research group in the coming five years.

Murali Ghatkesar, assistant professor in the Department of Precision and Microsystems Engineering, has developed a new method through 3D printing that makes it easier, quicker and more efficient to perform single-cell biopsies. It is the first time that 3D printing is being used for the production of micro- and nanofluidic equipment. The results of his research were published in the scientific journal Lab on a Chip this month.

TU Delft scientists provide insight into the limitations of super-resolution microscopy and offer a new calculation method to determine maximum resolution. The technology is important for studying processes in the living cell, discovering the origin of diseases and developing new medicines. In addition, their publication nuances major precision improvements previously claimed by fellow researchers. Their findings were published in Biophysical Journal.

The Dutch Research Council (NWO) has awarded a Veni grant worth up to 250,000 euros to twelve highly promising young scientists from TU Delft.

We deeply regret to inform you that two students from our faculty were involved in the tragic surfing accident on Monday 11 May in Scheveningen.

On Wednesday May 13th, Delft University Fund organised the award ceremony of the Marina van Damme Grant 2019. This grant is made possible thanks to dr.ir. Marina van Damme and enables young female engineers to develop and boost their personal career.

Robotic body-weight support (BWS) devices can play a key role in helping people with neurological disorders to improve their walking. The team that developed the advanced body-weight support device RYSEN in 2018 has since gained more fundamental insight in BWS but also concludes that improvement in this field is necessary.

Robots can perform jobs underwater that are too complex or dangerous for humans. That is, if they can manage on their own, because no one can help them down there. The REMARO project works on its control systems and trains PhD students in programming work.

The Royal Dutch Cycling Federation (Koninklijke Nederlandsche Wielrenunie, KNWU), bike manufacturer KOGA and TU Delft unveiled the new track bike on Wednesday 29 May.

Popular culture characters, such as superheroes like Iron Man, Captain America, Wonder Woman, Batman and Hawkeye, can provide a unique and engaging platform for the communication of difficult scientific concepts. In the classroom, these characters can be used to communicate learning objectives to students in an interesting, fun, and accessible manner by taking advantage of student familiarity with these superhero characters. Hawkeye, a member of the Avengers, is one such superhero who can be utilized by educators, as Barry Fitzgerald of Delft University of Technology (TU Delft, The Netherlands) argues in the article ‘Using Hawkeye from the Avengers to communicate on the eye’, published in the journal Advances in Physiology Education.