Application of Taguchi method in optimization of design parameter for turbocharger vaned diffuser ,Comparative study of tool wear in milling titanium alloy (Ti-6Al-4V) using PVD and CVD coated cutting tool,Corrosion investigation of Co-Ni-Fe coated mild steel electrodeposited at different current densities and deposition times,Erosive wear resistance of dimpled ceramic coatings on mild steels,Fabrication of dimple structured surface of A390 Al-Si Alloy using turning process.,Influence of steel fibres on friction behaviors with respect to speed, pressure and temperature ,Material characterization of tribological effects in HSS hacksaw blade,Optimized characterization of response surface methodology on lubricant with titanium oxide nanoparticles,Special issue on 50 years of Tribology - sustainable manufacturing,Stability evaluation of three-layered journal bearing with slip/partial slip,Synthesis, characterisation and tribological evaluation of surface capped molybdenum sulphide nanoparticles as efficient antiwear bio-based lubricant additives,Tribological performance of low blend decanter cake biodiesel,Tribology study of Hydroxyapatite (HAp) scaffold blended single based binder via rheology and mechanical properties,Wear behaviour of copper/carbon nanotubes,Wetting property of pistia stratiotes,XPS characterization of tribo-layer formation on the steel lubricated with crude and epoxidized jatropha oil under boundary lubrication
50 years of Tribology - sustainable manufacturing Description
The term Tribology was first coined in 1966 as documented in ‘Jost Report’. The word ‘Tribology’ has since then gained a common usage for matters related to friction, wear, and lubrication in machine interactions. Since Tribology is an engineering issue that goes beyond national boundaries, manytribology societies have emerged across the continents partly motivated by the pursuit of a greener world via waste reduction. Thus, in conjunction with the celebration of the 50th Anniversary of Tribology, this Special Issue aims at informing colleagues in industry and academia about the recent Tribology advances and challenges in selecting materials, processes and cost reducing techniques for sustainable manufacturing. The papers included here will discuss about the methods, analysis, design advances, and new materials concerning all kinds of sustainable manufacturing and development with improved tribological properties from fundamental research to applied uses, with the resulting benefits of longer product/component life, less energy consumption, and reduction in product development time and cost.