HiTMan: veelzijdige en flexibele high throughout microbe hANDler voor automatisatie van complexe experimentele procedures flexible High-Throughput Microbe hANdlerfor automation of complex experimental
Toekenning Krediet aan Navorsers 2016: Brussels gedragseconomisch experimenteel laboratorium - Brussels experimental economics laboratory (BEEL)
Understanding underlying mechanisms of impaired dynamic balance control during walking post-stroke through a blended experimental and computational approach.
Energy Analysis of High-Dynamic Components: Model Development and Experimental Evaluation for Needle Roller Bearings and Wet Clutches (Energie analyse van hoogdynamische componenten: Modelopbouw en experimentele evaluatie voor naaldlagers en natte koppeli
Numerical and Experimental Analysis of Passive Cooling through Night Ventilation (Numerieke en experimentele analyse van passieve koeling door nachtventilatie)
Soft Tissue Damage Prevention in Surgery: An Experimental and Computational Framework with Application to Arterial Clamping (Preventie van wekeweefselschade in de chirurgie: een experimenteel en computationeel kader met toepassing op de afklemming van sla
Multi-anvil apparatus - a very high-pressure experimental device to investigate the structure of planet Mercury (MERCURIUS)
HiTMan: a versatile and flexible high-throughput microbe handler for automation of complex experimental procedures and rapid phenotypic characterization (HITMAN)
Experimental data: Inferring strategies from observations in long iterated prisoner's dilemma experiments
Replication Data for: Virtual measurements for exterior vibro-acoustic problems using experimental modal models
Data for: Review and comparison of tacholess instantaneous speed estimation methods on experimental vibration data
Data from: Experimental assessment of downstream environmental DNA patterns under variable fish biomass and river discharge rates