... 11 2011 11 11 2011 crystal microstructure hardening machine tools metal stamping optimisation pressing sheet metal processing The previous 50 years has been a period of remarkable advances with respect to all facets of sheet steels and how they are formed, including...

... nanotubes crystal microstructure cutting finite element analysis machining surface morphology surface roughness aligned CNT composites micromachining FEM models In composite materials, the degree of alignment of the fibers in the matrix is an important factor that affects the effective...

... by their common origins in the SPD phenomena prevailing in the deformation zone. Implications for large-scale manufacturing of nanostructured materials and optimization of SPD microstructures are briefly discussed. 14 08 2009 17 04 2010 26 05 2010 26 05 2010 copper crystal...

... 2010 brazing crystal microstructure diffusion bonding hot pressing iron nanoparticles nickel phosphorus scanning electron microscopes stainless steel diffusion brazing nickel nanoparticle interlayer (NiNP) stainless steel 316 shear strength Diffusion bonding...

.... The cutting forces for radius and V-shaped diamond cutting tools at various depths of cut were measured using the known compliance of the aerostatic bearing to predict workpiece deflections. crystal microstructure cutting deformation diamond turning (machining) microstructures diamond turning...

... machinability carbon fibre reinforced composites crystal microstructure milling micromachining cutting surface roughness nanocomposites The recent explosion in miniaturization technologies has opened up new applications for polymer composites with superior mechanical and electrical properties...

... 04 2005 polymers adhesives automobile manufacture adhesive bonding assembling curing adhesion crystal microstructure fracture voids (solid) hardening scanning electron microscopy automobile industry heat treatment noncrystalline defects In recent years, adhesive joining...

... , stainless steels 2 , aluminum and aluminum alloys 3 , Titanium and its alloys 4 , silicon 5 6 , ceramics 2 , etc. carbon steel laser materials processing sheet metal processing forming processes fatigue testing fatigue internal stresses crystal microstructure finite element analysis...

... AND ENGINEERING . Manuscript received June 19, 2003; revised August 30, 2004. Associate Editor: M. A. Davies. 19 June 2003 30 August 2004 04 02 2005 iron carbon steel cutting turning (machining) calibration finite element analysis crystal microstructure Modeling...

... the potential to save significant costs due to the reduced work in progress and concurrently provide manufacturers a means to improve customer service by reducing manufacturing lead time. turning (machining) crystal microstructure surface finishing steel hardness finite element analysis heat...

... steel disperse systems crystal microstructure hardness injection moulding nanotechnology 01 December 2002 28 January 2004 07 09 2004 Contributed by the Manufacturing Engineering Division for publication in the JOURNAL OF MANUFACTURING SCIENCE AND ENGINEERING . Manuscript...

... 2003 08 07 2004 steel crystal microstructure hardness testing hardness deformation friction X-ray diffraction Gaussian processes quench hardening work hardening turning (machining) Microstructure and hardness change in hard turned surfaces is one important aspect...

... crystal microstructure slip plastic deformation crystal orientation finite element analysis stacking faults Laser shock peening (LSP) has been studied since 1960s. In particular, LSP can induce compressive residual stresses in the target and improve its fatigue life. The beam spot size used...

... Editor: R. E. Smelser. 01 September 2003 18 03 2004 aluminium alloys elastoplasticity thermoelasticity casting porosity crystal microstructure silicon alloys In the manufacturing industries, it has been recommended that manufacturing processes be considered while...

... 15 04 2003 iron machining crystal microstructure digital simulation numerical analysis The finite element method has been extensively used to gain understanding of material behavior during machining [e.g. 1 2 ]. The method permits computation of deformations, strains, stresses...