... failure (mechanical) forming processes glow discharges inclusions metallurgy microcracks scanning electron microscopy sheet metal processing voids (solid) sheet-bulk forming strain localization ductile fracture shear modified Gurson model DC04 The demand of load-adapted products...

... strength and the sheet stiffness most significantly affect the crepe wavelength and the creping force. The model provides guidance in understanding and optimizing the creping process to produce high quality products. adhesive bonding adhesives buckling drying elasticity failure (mechanical...

... and plasticity. EMS could be an effective method to improve the weldability in RSW of advanced high strength steel, ultra high strength steel, and even light metals. 14 10 2010 19 07 2011 30 08 2011 30 08 2011 failure (mechanical) fracture hardness testing spot welding...

... 04 2009 05 04 2010 22 07 2010 22 07 2010 failure (mechanical) hazards maintenance engineering reliability remaining life assessment Traditionally, PHM is used to examine the entire lifecycle of a single unit from initialization to final failure ( 1 28 29 30...

... drivers to reduce maintenance costs and machine downtime of manufacturing systems ( 3 ). hidden Markov model online degradation assessment adaptive fault detection condition monitoring failure (mechanical) fault diagnosis hidden Markov models manufacturing industries statistical...

... is the worst trajectory under which wrinkling is most likely to occur. 01 02 2008 22 12 2009 03 02 2010 03 02 2010 aluminium alloys failure (mechanical) finite element analysis forming processes metal product industries thin wall structures thin-walled vessel head FEM...

... and back sides of the fiber bundle. The novel result for this composite involves the deleted elements in the fiber below the cutting plane, representing the fiber damage. As is the case with the glass fiber case, the fiber failure mechanism shows considerable compression induced failure on the front side...

... , Technical Report No. 2003-01–1157. Levy , B. S. , and Green , D. E. , 2002 , “ The Enhanced FLC Effect ,” Auto/Steel Partnership, available online at http://www.asp.org/publications.htm 24 11 2006 16 10 2007 14 08 2008 aluminium alloys cracks failure...

... with sufficient time for tool removal. 23 08 2006 15 11 2007 06 05 2008 chaos discrete cosine transforms failure (mechanical) Fourier transforms milling noise wear Due to an increasingly competitive market, there is a growing necessity to improve the reliability, efficiency...

... joining processes failure (mechanical) reliability An automotive body assembly process is a complex sheet metal joining process that involves a large number of parts and fixture stations. One of the major sources of dimensional variation is fixture-induced variation. A typical 3–2–1 locating...

... in the JOURNAL OF MANUFACTURING SCIENCE AND ENGINEERING . Manuscript received March 2000; revised May 2001. Associate Editor: M. Wang. 01 March 2000 01 May 2001 laminates adhesives viscosity manufacturing processes failure (mechanical) heat transfer finite difference methods forming...

... analysis failure (mechanical) aluminium cutting In most metal drilling operations, burrs are formed as the drill exits the workpiece. The presence of these exit burrs requires additional manufacturing steps for disassembly and deburring. These additional steps are typically difficult to automate...

... machining manufacturing processes finite element analysis ductility failure (mechanical) thermoelasticity Manufacturing of precision components requires attention to both the generation of surfaces and dimensions with very tight tolerances and the subsequent deburring operations which must...