Abstract: For centuries, metals and materials have been characterized using a traditional method called a uniaxial tension test. The data acquired from this test found to be adequate for operations of simple forming where one axis ...

Abstract: Due to the continuous push toward environmental regulations to reduce the impact on the environment, more sustainable manufacturing is in demand. Easily available material like iron-carbon based alloys are denser but exhibit ...

Abstract: This paper highlights the intricate rotor–stator interaction between a tandem bladed rotor and a single-bladed stator in the light of unsteady numerical simulations. A low-speed tandem bladed compressor stage has been ...

Abstract: In this research work, the turning of Inconel 825 has been carried out using uncoated and coated laser-textured hard tungsten carbide (WC) cutting inserts. The efficacy of uncoated textured inserts has been tried to improve ...

Abstract: The influence of circumferential inflow distorted on the performance and flow behavior of a high aspect ratio, low speed contra rotating fan is reported in this paper. The total pressure at the inlet is artificially distorted ...

Abstract: Counter-rotating fan provides significant benefits over the conventional fan in terms of overall performance and size. For electric propulsion application, a counter-rotating fan provides compactness and reduction in weight ...

Abstract: We present a novel, mathematically equivalent representation of the Colebrook–White equation to compute friction factor for turbulent flow in rough pipes. This new form is simple, no iterative calculations are necessary, ...

Abstract: We analyze the general applicability of a recent explicit expression of the Colebrook–White equation for turbulent flow friction factor calculation. This explicit expression, which is based on the Lambert