Titlebook: Next Generation Materials and Processing Technologies; Select Proceedings o Swarup Bag,Christ Prakash Paul,Mayuri Baruah Conference proceed

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Development of High Strength Low Carbon Lean Micro-alloyed Steel with Optimized Toughnessth requirement has increased, a shift from traditional ferrite/pearlite (FP) microstructure produced by a conventional alloy design to a ferrite/acicular ferrite (F/AF) microstructure has been necessary. The ultimate steel microstructures and final properties of steel are shown to be highly dependen

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Ductility Improvement in Commercially Pure Aluminium by Friction Stir Processing paper reports friction stir processing (FSP) as a method to improve the ductility of cp-Al without compromising the strength and hardness of the material. Different combinations of process parameters, namely tool rotational speeds in the range of 560–1400 RPM and tool traverse speeds in the range o

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Development of Composites Using Bamboo Waste and Polymers for Industrial Applicationsical properties over conventional materials. This study aims to develop an analysis of the polymer matrix composite. Polymer matrix composites are fabricated by combining epoxy resin (matrix) and bamboo dust (reinforcement) particles with each other. To prepare the composite, reinforcement and the

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Design and Analysis of Membrane-Based Parabolic Space Reflectorulation is related to Gossamer spacecraft. A membrane-based inflatable parabolic reflector is a reflective surface used to collect or project energy such as light, sound or radio waves. It has high directivity. It transforms an incoming plane wave travelling along the axis into a spherical wave conv

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Mixing Performance Analysis of Serpentine Microchannels with Straight and Curved Bendsnd the pressure drop. This paper focusses on the comparative mixing performance analysis of serpentine microchannels with straight and curved bends. COMSOL Multiphysics 5 was used for performing the computational fluid dynamics (CFD) simulations. The aspect ratio (ratio of channel width to height) w

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