VUB-FYSC is looking for a doctoral student in the area of non-traditional cements. Candidates should have a master degree in chemical or materials Engineering, chemistry, geology or equivalent. The work will be applied and experimental rather than theoretical, but a sound theoretical background is necessary. Knowledge of material characterization techniques (thermogravimetric analysis, differential scanning calorimetry, infrared, Vicat, …) is an asset.
One project probably starts on January 2018, another position starts on March 2018.
If interested, please send your cv to email@example.com.
Details on the research group can be found on http://www.vub.ac.be/MACH/FYSC/
General information on doing a PhD at the university can be found on http://www.vub.ac.be/en/phd#phd.
24.11.2017 - 24.11.2017
The TAWN users meeting 2017 will take place on 24.11.2017.
The Dutch Society of Thermal Analysis and Calorimetry (TAWN) is a society for persons interested in Thermal Analysis and/or Calorimetry. The goal of the society is to assure that the members are well informed about the new developments in the field.
23.09.2017 - 23.09.2017
You like science and pintjes ? So, come to see Maxime to hear about organic solar cells during a science outreach event in a bar, with a relaxed atmosphere and beers/drinks.
Our paper featuring self-healing soft robotics was published in Science Robotics, including being on the cover !!!
Soft robotics are rapidly gaining importance for applications involving the handling fragile objects or interactions with humans. However, due to the intrinsic softness of the materials employed, they are quite sensitive to small cuts or perforations. In this paper, reversible covalent networks based on the Diels-Alder reaction between furan- and maleimide-functionalised molecules where used to build self-healing robotic actuators. Actuators that were cut or perforated nearly completely regain their properties after healing them with a little heating. Due to the concept of the material, healing repeated damage in the same location is feasible and the material can be recycled. Our work on the development of self-healing polymers and their application was supported by the European Research Council (ERC), Research Foundation - Flanders (FWO), and the Strategic Initiative Materials in Flanders (SIM). Reference: Seppe Terryn, Joost Brancart, Dirk Lefeber, Guy Van Assche and Bram Vanderborght, "Self-healing soft pneumatic robots", Science Robotics 16 Aug 2017: Vol. 2, Issue 9, eaan4268
Instituto Cervantes and CEBE (Spanish Scientists in Belgium) organize a round table to discuss the potential of solar energy. They will host a set of panellists who will give us an insight on the matter from an artistic, social and scientific point of view. Thanks to Ruben Salgado’s photographies– which will be part of the first photo festival Brassage Photographique in Villiers- they will be able to realize the lives of inhabitants of remote areas who, for the first time, have access to electricity through the power of solar energy.
Photovoltaic cells are devices that convert the energy of light directly into electricity. Maxime Defour – who does a PhD on this subject at VUB- will introduce the state-of-the-art for low-cost solar cells such as organic solar cells.
Thermosets (epoxy, polyurethane, polyester, ...) are characterized by a macromolecular network architecture of high crosslink density and have a glass transition temperature beyond the application temperature. The network formation might be triggered by heat, light, atmospheric plasma. The following aspects are studied: reaction mechanism, cure kinetics and modelling, reaction-induced structure ...
The main objective is to achieve a more profound understanding of the OPV blend nanomorphology-performance relationship by means of the physicochemical characteristics of the active components (solubility, molecular weight, polydispersity, aggregation phenomena, crystallization kinetics, kinetics of phase separation). Unravelling this relationship provides a fundamental toolbox to engineer the ...
Self-healing polymers are smart stimuli-responsive materials eabling to restore properties to avoid damage. As an example, self-healing polymers should undergo mechanical healing in response to an applied stimulus. Such healable polymers and composite materials offer the ability to prolong the functional lifetime of their resulting structures and coatings.
The FYSC research team is contributing to the international progress of thermal analysis for materials' characterization, especially in the field of Modulated Temperature DSC (MTDSC), spatially localised thermal analysis (Micro-TA and Nano-TA), (ultra)fast thermal analysis (Rapid-scanning DSC and Chip Calorimetry) and hyphenated thermal techniques (Rheo-DSC). This work involves the development of ...