Smoother and stronger high speed sintered elastomers through surface modification process

Abstract

For the last twelve years, his research has been primarily concerned with applied inkjet printing. His group at Sheffield undertakes funded research into reactive inkjet printing, controlled crystallisation and polymer printing. Other research interests are involved with drying behaviour, inkjet used in tissue engineering, printed electronics and additive manufacture.Adam Ellis received his Masters (2007) and PhD in Chemistry (2011) from the University of Sheffield. He was then an EPSRC doctoral prize fellow before moving to the Department of Mechanical Engineering to join the Centre for Advanced Additive Manufacturing at the University of Sheffield in 2012. Adam worked as a post-doctoral research associate until 2016 when he joined Xaar as project manager for 3D Services.

Portfolio Diversification in the Karachi Stock Exchange

“…Powder bed fusion (PBF) processes use powdered materials and a source of providing thermal energy to fuse the powdered material into a solid shape. Most common method of providing thermal energy is to use lasers however other sources such as infrared heaters have also been used to enhance productivity [15,16]. This class of AM processes emerged at University of Texas at Austin by Carl Deckard (U.S. Patent 4863538) in 1989 [17].…”