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profile_subnav_projects - prof.dr.ir. JL (Johan) van Leeuwen

Projects by JL van Leeuwen
  • Biomechanics of adhesion in wet and structured environments
    gripping complex environments, inside of the human body, crop fields, agriculture soft tissues, thin membranes, brittle bones, textured surfaces,...
  • Developmental biomechanics of axial muscle structure and activity patterns in larval zebrafish
    How do larval fish use muscles swim fish start swimming optimally coordinate muscles evade predators larval swimming how axial muscles power different...
  • Biological models for soft robots
    Conventional industrial robots are precise and fast, but also rigid. In applications such as the handling of delicate agricultural goods, tissue grip...
  • Wind gust mitigation in bumblebees and blowflies
    nimble as a bee bio-inspired sensory-motor system for gust control of Micro Air Vehicles
  • Visual system of bumblebees
    Visual system of bumblebees - WUR Project Visual system of bumblebees We study the visual system of bumblebees. How do bumblebees depend on their...
  • Modelling the effects of electrical pulse stimulation on marine fishes and invertebrates
    We study the effects of electrical pulse stimulation on various marine organisms in the context of electric pulse bottom trawl fisheries.
  • Secure and Gentle Grip of Delicate Biological Tissues
    In current laparoscopic surgery, surgeons rely on mechanical tools (e.g. pincers and graspers) to handle the patient’s organs. These tools can...
  • prof.dr.ir. JL (Johan) van Leeuwen
    prof.dr.ir. JL (Johan) van Leeuwen Externe medewerker
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Personal information

Organisation Department of Animal Sciences
Subdivision Experimental Zoology
Expertise Biological development, Biomechanics, Animal anatomy and morphology, Animal health and welfare, Biology, Biophysics, Zoology, Bioacoustics, Morphology, Muscles, Danio rerio, Animal models, Animal welfare, Marine fisheries, Computational fluid dynamics, Systems analysis, Vocalization, Fish, Fish products, Fishes, Flow visualization, Dover soles, Horses, Wild animals, Gene expression, Growth, Simulation models, Snakes, Reptiles
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Wageningen University and Research - To explore the potential of nature to improve the quality of life

探索自然潜力 提高生活品质
To explore the potential of nature to improve the quality of life.

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