Research News

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.

A new initiative focussing on intensifying collaborations between Massachusetts Institute of Technology (MIT) and Process & Energy division of 3ME has just been granted . Massachusetts International Science and Technology Initiatives (MISTI) awarded Global Seed Funds Award, worth 30,000$ to the Intensified Reaction System (IRS) group of the Department of Process & Energy.

Jenny Dankelman, full professor of minimally invasive surgery and interventional techniques, and Tim Horeman, assistant professor of sustainable surgery at the Department of BioMechanical Engineering, will receive significant funding from the Netherlands Organisation for Scientific Research and the Netherlands Organisation for Health Research and Development (NWO/ZonMw) for their research initiative entitled ‘SMART Surgical system: High-quality medical devices making minimally invasive surgery applicable to low-resource settings’.

It has been the undisputed gold standard for implants for dozens of years: titanium. This strong, light and corrosion-resistant metal can be safely incorporated into the body. And yet there is a great deal of discussion about how titanium implants are made. The rise of 3D-printing technology has opened the door to new manufacturing possibilities.

It has been the undisputed gold standard for implants for dozens of years: titanium. This strong, light and corrosion-resistant metal can be safely incorporated into the body. And yet there is a great deal of discussion about how titanium implants are made. The rise of 3D-printing technology has opened the door to new manufacturing possibilities.

On Friday 16 February 2018, Christian Poelma, professor of multiphase systems at the Department of Process & Energy, will deliver his inaugural speech ‘Opaque Flows Clarified’’. The speech will begin at 3 PM in TU Delft’s Aula

The first GROW project, ‘Gentle Driving of Piles’, received the approval of the Dutch RVO for granting a subsidy of 2.7 million euro. This project consortium is led by TU Delft and together with the GROW partners Boskalis, Deltares, DOT, Eneco, Sif, TNO, ECN, Shell, IHC, SHL and Van Oord, they will develop and test a novel pile installation method for offshore wind turbines.

In the future, a virtual coach could make a positive contribution to the therapy of people with post-traumatic stress disorder (PTSD), such as war veterans or people who suffered sexual abuse in their youth. Such a coach could motivate people to persist with therapy and help them to recall traumatic memories as part of exposure therapy. The virtual coach was developed by Myrthe Tielman, who will be awarded her PhD at TU Delft on Thursday, 25 January.

The Department Materials Science and Engineering has received the sad news that our highly appreciated professor-emeritus Prof. dr. Hans de Wit, passed away in the night of the 21st / 22nd January 2018 in Broek op Langedijk at the age of 71 years. His funeral will take place in Schagen on Saturday January 27.

There is a lot of progress still to be made when it comes to batteries and energy storage. The problem of storing energy is often underestimated however. Gradual evolution in the world of batteries is more likely than a revolution. TU Delft's new batteries lab will focus primarily on research into potential alternatives for what is currently the standard technology: the lithium-ion battery.

Detecting a hidden layer in a top work of art by Rembrandt, identifying metal fatigue in ships, predicting arteriosclerosis: these are just a few of the possible applications of Smart*Light, a synchrotron that fits on a table. Researchers at Eindhoven University of Technology and Delft University of Technology will build and develop this X-ray source within a consortium of other universities and companies. The high-intensity X-ray beam that this device will produce is now only available via large, expensive and scarce facilities. A symposium on Tuesday 23 January gets the research project officially under way.