... online August 8, 2016. Assoc. Editor: Hongqiang Chen. 04 03 2016 05 07 2016 Materials processing Algorithms Corrosion Corrosion protection Failure analysis Finite element methods Fracture Laser processes Materials Numerical Control Integration methods Processes...

... show that despite differences in stress calculation assumptions, shell, solid, and solid-shell elements do not provide differences in failure prediction when a stress-based failure criterion is used. 11 03 2011 29 08 2011 28 11 2011 28 11 2011 failure analysis forming...

... be implemented on wireless motes and deployed for real-time monitoring, diagnostics, and prognostics in a wide variety of industrial environments. 07 09 2009 27 08 2010 05 10 2010 05 10 2010 approximation theory computerised numerical control failure analysis fault diagnosis...

... 2009 19 05 2009 failure analysis manufacturing systems preventive maintenance reliability reliability modeling dynamic maintenance threshold condition-based maintenance Machine failure is one of the main reasons for production losses, low operation efficiency, and high...

... or any prior information regarding the tool or cutting conditions. 25 02 2008 21 07 2008 24 02 2009 autoregressive processes condition monitoring cutting cutting tools failure analysis optimisation wear In order to satisfy the industrial need for a reliable endmill...

.... The developed models can be used for extrusion die design and process analysis and can lead to lower cost and environmental friendly manufacturing technologies. 22 05 2006 20 10 2008 20 01 2009 coatings deformation design engineering dies (machine tools) extrusion failure analysis...

... failure analysis fault diagnosis manufacturing processes matrix algebra production management quality management sensor arrays fully diagnosis process faults process configuration sensor distribution The multistation manufacturing processes (MMPs) refer to the processes involving...

.... 08 12 2005 14 03 2008 08 07 2008 aluminium blanking deep drawing design engineering dies (machine tools) ductility failure analysis finite element analysis forming processes fracture friction Monte Carlo methods punching reliability sheet metal processing...

... 01 2008 23 05 2008 carbon nanotubes cutting ductile fracture failure analysis finite element analysis machining polymers carbon nanotube composites machining model Part I of this paper dealt with the development of a microstructure-level finite element machining...

...% for the CNT composites. 14 11 2007 16 01 2008 16 05 2008 brittleness carbon nanotubes cutting ductility failure analysis finite element analysis machining polymers carbon nanotube composites machining model The drive for miniaturization has resulted in a need...

.... cutting cutting tools failure analysis tungsten compounds cobalt finite element analysis coatings turning (machining) design engineering Based on the enhanced modeling methodology extended to include coatings, microstructure-level finite element simulations of continuous orthogonal cutting...

... failure analysis production planning opportunistic maintenance maintenance opportunity maintenance management simulation Today’s manufacturing systems, such as automotive assembly or semiconductor fabrication plants, are highly complex systems of strongly interconnected machines where...

.... stereolithography machine tools rapid tooling mechanical strength thermal conductivity injection moulding corrosion resistance surface roughness life testing failure analysis production engineering computing demolding properties rapid tooling failure mechanism The rapid-prototyping (RP...

... and deposition in CC 06 06 2003 16 08 2006 condition monitoring process monitoring extrusion layered manufacturing integrated circuit manufacture prosthetics cost reduction failure analysis quality management The current thrust of industries towards mass customization...

... 08 2005 20 01 2006 cutting tools failure analysis finite element analysis cutting turning (machining) tungsten alloys cobalt alloys Cutting edge chipping for WC-Co cutting tool systems is one of the dominant modes of tool failure for turning and milling processes. Chipping...

... temperature gradient between die and punch ( T die > T punch ) was found to result in increased formability; i.e., high part depths. 21 12 2004 19 09 2005 finite element analysis forming processes hot working failure analysis dies (machine tools) aluminium alloys warm forming...

... received February 28, 2002; revised June 26, 2003. Associate Editor: E. DeMeter. 28 February 2002 26 June 2003 25 04 2005 fixtures fault diagnosis automotive components sheet metal processing statistical analysis assembling failure analysis principal component analysis...

... of the crosshead unit. Therefore, the punch speed (or the frequency if repetitive stamping is considered) must be selected well below the suggested speed, such that platen and die inertia effects are minimized. In this paper, a failure analysis-based method to estimate the fatigue life of a 90 ° V...

...Y. Park; J. S. Colton, Professor, Fellow ASME This paper presents a failure analysis of cylindrical cup drawing dies machined from a polymer composite rapid tooling material. Cup drawing is a complicated process, involving both bending and stretching. In this study, possible die failure modes...

... computerised numerical control machining rapid prototyping (industrial) digital simulation milling machines production engineering computing failure analysis 09 04 2004 15 03 2005 The visibility method presented performs a critical function in automated process planning for rapid...