Titlebook: Recent Developments in Mechanics and Design; Select Proceedings o Shriram Hegde,Abhishek Mishra,D. K. Singh Conference proceedings 2023 The

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,A Review on “Designs and Fabrication” for the Next Generation of Organic Solar Cells Technology,efits, and their outstanding promise to be an economical and efficient technology for utilizing solar energy as a sustainable power resource. Much attention has recently been drawn to the use of organic solar cells with a bulk heterojunction active layer of a non-fullerene acceptor material, which h

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Parametric Study of Stiffened Composite Structures Using Design of Experiments,which hydrostatic pressure-induced buckling tends to dominate structural performance. Advanced grid stiffened structures show superior buckling resistance to that of the unstiffened. The present work mainly aimed at examining the effects of grid thickness, grid height, inner shell thickness, outer s

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Design and Optimization of Trestle Jack,in auxiliary part of any vehicle is a jack, which comes in various types, shapes, and sizes, where the effort required to use them varies. Some of these types include scissor jacks, floor jacks, bottle jacks, pneumatic/hydraulic jacks, high lift jacks, and stand trolley jacks. Among this for lifting

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Simulation of a Vision-Based Model of a Robotic Work Cell (6-Axis), For this purpose, here we have used Roboanalyzer software. The manipulator’s gripper is designed in such a way to move and perform a particular task in a specific way. In recent research papers, simulation for the ARISTO robot functioning for welding a curved surface has been discussed. We aim to d

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The Influence of Notch-Width Ratio on Mechanical and Electromagnetic Radiation Parameters During Ters during tensile deformation in commercial aluminum and cold-rolled high yield strength copper. Mechanical parameters such as maximum stress at crack instability, plastic zone radius, stress intensity factor and elastic strain energy release rate, and EMR parameters such as maximum EMR amplitude, a

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Comparison of In-Vitro Corrosion Behavior for Polished and WEDM Machined ZM21 Magnesium Alloy Used ding, osteocompatibility in addition to its biodegradability. Yet, pure Mg does not have adequate strength when exposed to body fluids as it starts degrading at a higher rate. The aim of this research is to study the effect of wire electric discharge machining on Mg-based alloy ZM21 to increase its

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