Titlebook: Advances in Materials, Mechanical and Industrial Engineering; Selected Contributio Prasanta Sahoo,J. Paulo Davim Conference proceedings 201

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https://doi.org/10.1007/978-1-4615-2251-5f sliding. COF and wear depth are recorded. It is seen that COF decreases with an increase in load under dry and lubricated conditions. The wear depth is seen to increase as the load and speed increase under both the sliding conditions. The tribological characteristics of the coatings under dry and

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DS/CDMA Successive Interference Cancellationrature tests. Coefficient of friction, however, remained almost passive to elevated temperature tests. Wear rate is also found to vary with the applied load for a fixed sliding velocity. Increase in temperature causes increase in wear rate because of material softening at elevated temperature. Abras

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Ezio Biglieri,Elena Bogani,Monica Visintinteels. Sreenivasan has also proposed an empirical relation to compute quasi-static . from dynamic .. In the present study, 1T-CT fracture experiments are conducted at subzero temperature (?100?°C) with varying loading rates ranging from 0.625?MPa√m/s to 417.3?MPa√m/s for 20MnMoNi55 reactor pressure

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Optimum PN Sequences for CDMA Systemsmodels approached with multi-segmented Ohno–Wang kinematic hardening rule in commercial FE platform. The simulations are discussed in a comparative manner, and the modification proposed is found to be showing promising agreement with experimental results.

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