Session: Research Posters

Paper Number: 120269

120269 - The Preliminary Functions of a Living Structure and Subsystem: Capabilities of the Multi-Functional Mechanics 

The transport means and media functions to provide the essentials to the configuration of the beings that in turn result in the intended purpose.  The entities of the transport define the worthiness of the food, medicine, shelter, packaging, structural, and the other essentials of the applications. The effectiveness of the mechanisms of the functions like the consumption of food, respiration or aeration, and the capability to liaison with the natural resources ensures the enrichment.  The fluid circulation pathways have influence on the starting ailments and can further restore upon the remedial action.  Reinstating the fluid circulation system upon fixing or overcoming the malfunctioning volume enriches the biological tissue with the necessary mechanics.  Essential constituents move in the fluid circulation system at the pace that regulates the biological system and enables the absorption of the constituents of the biological system.  Insufficient or excess fluid can possibly cause the loss of the ingredients that in turn influences the fluid flow in the circulation systems.   Some of the results that contribute to the ailments that either do not show in the regular tests or lead to the late diagnosis cause the phenomenon like the malfunctioning of the life systems.  The capability of the fluid pathways affect the media and the elements and subsequently the technical endeavour improves the geometric and material support to enable the transfer of minerals and transportable elements and can possibly improve the life of the biological systems.  It is therefore possible to reconfigure the functionality of the biological systems for the intended purpose.  The refinement of the reconfiguration leads to the best configuration for the intended purpose.  It is therefore biologically and technically feasible to reconfigure the natural resources.  The customized versions of the specimen to test the yield in a geometric region further enable the evolution of such a configuration.  The multi-scale tests characterize the representative behaviour of the biological system and the effectiveness can be evaluated by the transfer of predictive data in the process.  Such tests use the minimum configuration of the metrics to identify the multi-scale constituents of the biological system or subsystems.  The metrics enable the constitutional characterization by the salient features of the different phases of the transformation.  The constituents in the metabolic phase undergo the transformative phenomenon and reflect in the metrics.  The effectiveness of the excretory equivalent systems reflects in the ability to characterize the film formation.   The adaptive features of the geography, locality, and the socio-cultural ambience impart the worthiness of the intended result

Presenting Author: Gagan Paruchuru Sri Chaitanya Junior College, KPHB, Hyderabad

Presenting Author Biography: VNRVJIET

Authors:

Satya Prasad Paruchuru VNR VJIET
Gagan Paruchuru Sri Chaitanya Junior College, KPHB, Hyderabad