28-Sep-2021 | Market Research Store
Oceans are considered to be a mysterious place, as this immersed ecosystem is a residence for several fascinating species that are still unidentifiable. One of the species with intriguing features is adeep-sea sponge that cansecrete an excellent but relatively complex glass-like skeletal structure.These glass structuresseem to be beneficial in creatingdamage-resistantships, planes, and skyscrapers.
Euplectella aspergillum, commonly known as Venus Flower Basket,is comprised of a highlycomplex skeletal structure that appears like a cageskeletal tube. To recognize the extreme mechanical strength of sponge leading frontiers of physics, biology, and engineering united to unveila special bond between the structural units of the sponges that resist heavy forces of flowing water.
the US National Science Foundation financially supported the research to identify how glass sponge or Venus Flower Basket-like organisms are capable of resisting powerful forces. The team of experts used Marconi100 exascale computing that was designed by Giorgio Amati, co-author of the study. The study employed aspecial software based on the superior approaches of Lattice Boltzman and was published in the renowned journal Nature. The research offered a high-definition 3D temporospatial, dynamic stimulation that helped the team to establish the first-ever simulated deep-sea sponge with its characteristic response to the flowing water. This simulation aided the researchers to better understand the adaptations of the deep-sea sponge.
The study explicated the sponge’s hydrodynamic approach, its ability to flow,and its functional response to water. The fluid through the lattice structure of the sponge not only reduced the friction but also lowered the aerodynamic force.Hence, it is considered to be a suitable material to construct skyscrapers. Its excellent mechanical strength and power to resist mechanical forces make it appropriate for building ship craft. Still, the question arises in front of scientists whether this glass sponge optimizes the force applied to it.
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