Titlebook: Recent Advances in Mechanical Engineering; Select Proceedings o Sasmeeta Tripathy,Sikata Samantaray,S. S. Mahapatr Conference proceedings 2

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Optimization of EDM Process Parameters in Machining of Titanium Alloy Used for Aerospace Applicationrial removal, and the process is governed by many controlling parameters. To increase the process performance, optimization of process parameters is done. In the current study, the influence of process variables like “peak current (I.), pulse on time (T.), pulse off time (Toff), gap voltage (V.), an

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CFD Analysis of Heat Transfer Coefficient and Pressure Drop in a Shell and Tube Heat Exchanger for Veen the baffle and shell. It has been shown that a 40° baffle angle produces the least amount of pressure drop. Our heat exchanger features a combination of rotational and helical baffle patterns, which greatly improves its heat transfer coefficient per unit pressure drop.

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Parametric Optimization of LPG Refrigeration System Using Artificial Bee Colony Algorithm The best mathematical equation for TE has been developed by regression analysis. The best values of process parameters (top?=?50?min, D?=?190?mm, and di?=?0.8?mm) for the maximum evaporating temperature (TE?=?11.9?°C) have been estimated by ABC MATLAB code.

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Performance of a Single-Turn Pulsating Heat Pipe at Varying Gravitycity, power spectrum density analysis results found that flow velocity during the microgravity PHP is low in comparison with PHP operating at g?=?9.8?m/s. The mean heat transfer coefficient of microgravity PHP is 4.2 times lower than that of normal PHP, heat transfer in microgravity PHP is mainly due to the effective thermal conductive nature.

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