Home / Journals International Journal of Mechanical Engineering and Applications / Design and Experimentation of Bioinspired Bouligand-Structured FRPs as Higher Performance Mechanical Materials
Design and Experimentation of Bioinspired Bouligand-Structured FRPs as Higher Performance Mechanical Materials
Submission DeadlineJun. 30, 2020

Submission Guidelines: http://www.sciencepublishinggroup.com/home/submission

Lead Guest Editor
Department of Mechanical Engineering, Military Institute of Science and Technology, Dhaka, Bangladesh
Guest Editors
  • Aditya Kumar Verma
    Institute for Plasma Research, Gandhinagar, Gujarat, India
  • Professor Dr Dnyaneshwar M.Mate Mate
    Department of Mechanical Engineering, JSPM Rajarshi Shahu College of Engineering, Tathawade, Maharashtra, India
Impact resistance is a critical characteristic of the protective exoskeletal armours found in a wide variety of organisms. Crustaceans exhibit some of the most protective exoskeletons and it is understood that much of this is a consequence of the orientation and layup of the fibre-reinforcements within the structures of the exoskeletons. The fibres assume a helicoidal form (Bouligand structure), which is highly effective at dissipating impact energy, thereby protecting the soft body of the animal beneath. Mechanical tests on certain Bouligand structured materials, such as the stomatopod dactyl club, has further shown that the mechanical properties can be very high. There are but a few studies attempting to apply “Bouligand technology” to FRP composites, yet enhancing our understanding of Bouligand architected FRPs will very likely improve hypotheses relating to how we should structure composites to optimise properties such as impact resistance, combined strength/stretch properties, and torsional resistance. This proposal aims to use computational methods with experimental tests in parallel, to design Bouligand structured FRP composites.
Aims and Scope:
  1. Bouligand unit cells
  2. Fibre-reinforced Polymer
  3. Helicoidal Fibre layup
  4. Multi-layered system
  5. CAD and FEM techniques
  6. Impact tests
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