... at the entry due to the thermal expansion on the drill and workpiece [( 4 5 6 )]. drilling finite element analysis heat conduction lubrication micromachining temperature distribution thermoelasticity 26 04 2011 01 11 2011 12 01 2012 12 01 2012 2012 American...

.... The objective of this study is to model the thermoelastic stress wave propagation inside the coating in laser-assisted cell direct writing when vaporization and/or optical breakdown of coating materials is/are not available. It is found that a bipolar pressure pair, with peak magnitudes on the order of 1 MPa...

... finite element analysis glass glass manufacture laser beam applications separation tensile strength thermoelasticity laser scribing glass crack propagation thermal stress finite elements method When the laser scribing method is used, i.e., a CO 2 laser beam...

.... 08 03 2006 03 12 2007 14 07 2009 assembling distortion elastoplasticity finite element analysis plates (structures) thermoelasticity tolerance analysis welding welds weld distortion tolerance analysis finite element analysis In the manufacturing process...

... to “actively” induce compressive thermoelastic stresses to control fracture of a cantilevered plate was developed with guidance from numerical simulations. Simulations of the active-stressing approach were achieved by using a customized finite-element formulation that was previously employed to model dual-beam...

... 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...

... element analysis buckling laser beam applications electron probe analysis thermomechanical treatment elastoplasticity laser beam effects thermoelasticity Laser bending or laser forming is a technique of using the energy from a laser beam to modify the curvature of sheet metals or hard...

...Hong Yang, Research Assistant; Jun Ni, Professor This paper proposes a new thermal error modeling methodology called the Dynamic Thermal Error Modeling which improves the accuracy and robustness of the machine tool thermal error model. The characteristics of the thermoelastic system...

... October 2000 01 September 2001 29 04 2002 machining heat conduction thermoelasticity temperature distribution cutting finite element analysis The advantage that could be accrued with the elimination of cutting fluids hinges on the dry machining processes ability to provide...

... may allow prevention or minimization of burrs. stainless steel machining manufacturing processes finite element analysis ductility failure (mechanical) thermoelasticity 01 Oct 1997 01 Sept 1999 Contributed by the Manufacturing Engineering Division for publication...