SwePub - search: WFRF:(Wijaya Saka)

Enumeration	Reference	Cover	Find
1.	Alam, Parvez, et al. (author) The snapping shrimp dactyl plunger : a thermomechanical damage-tolerant sandwich composite 2018 In: Zoology (Jena). - : Elsevier BV. - 0944-2006 .- 1873-2720. ; 126, s. 1-10 Journal article (peer-reviewed)abstract The dactyl plunger of Alpheus sp. was found to be a layered composite, with mineral-rich outer and inner layers and a chitin-rich middle layer of high porosity. The chitin-rich middle layer is itself composed of several porous chitin laminae. Modelling heat conduction through the plunger cross-section revealed that the chitin-rich layer is able to insulate heat and retard its progress through the material. Heat accumulates in the plunger after a series of successive snaps and as such, its thermally resistant design can be considered most useful under the conditions of successive snapping. The plunger has a concurrent mechanical damage-tolerant design with biogenic mineral layers, viscous (chitin–mineral) interfaces, energy-dissipating porous chitin, and sidewalls composed of ordered, layered aragonite. The snapping shrimp plunger has a design that may protect it and internal soft tissues from thermomechanical damage during plunger–socket compression prior to cavitation bubble release.

Alam, Parvez, et al. (author)
The snapping shrimp dactyl plunger : a thermomechanical damage-tolerant sandwich composite
2018
In: Zoology (Jena). - : Elsevier BV. - 0944-2006 .- 1873-2720. ; 126, s. 1-10
Journal article (peer-reviewed)abstract
- The dactyl plunger of Alpheus sp. was found to be a layered composite, with mineral-rich outer and inner layers and a chitin-rich middle layer of high porosity. The chitin-rich middle layer is itself composed of several porous chitin laminae. Modelling heat conduction through the plunger cross-section revealed that the chitin-rich layer is able to insulate heat and retard its progress through the material. Heat accumulates in the plunger after a series of successive snaps and as such, its thermally resistant design can be considered most useful under the conditions of successive snapping. The plunger has a concurrent mechanical damage-tolerant design with biogenic mineral layers, viscous (chitin–mineral) interfaces, energy-dissipating porous chitin, and sidewalls composed of ordered, layered aragonite. The snapping shrimp plunger has a design that may protect it and internal soft tissues from thermomechanical damage during plunger–socket compression prior to cavitation bubble release.

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