...Bin Shen; Albert J. Shih; Guoxian Xiao A heat transfer model for grinding has been developed based on the finite difference method (FDM). The proposed model can solve transient heat transfer problems in grinding, and has the flexibility to deal with different boundary conditions. The model is first...

... 2011 14 03 2011 14 03 2011 biomedical materials coatings finite difference methods laser materials processing thermoelasticity vaporisation wave propagation The laser-assisted cell direct-write technique ( 1 2 ), which has no specific viscosity requirement, has been...

... 2011 24 01 2011 composite materials curing finite difference methods heat transfer composite manufacturing thick composites dimensionless groups scaling prepreg Curing of thermosetting composites is a time consuming and expensive batch process. The curing process can...

... are conducted that validate the developed FSW dynamic models. 27 08 2007 11 12 2008 24 02 2009 dynamic response feedback finite difference methods finite element analysis friction welding least squares approximations process planning recursive estimation thermomechanical treatment...

...-velocity finite element flow formulation is used in obtaining the velocity field during the rolling process. The hydrostatic stress is obtained by solving the momentum equations using a finite difference method. The values of Levy–Mises coefficient and strain-rate components required in the finite...

... 2007 finite difference methods drops dies (machine tools) sprays lubricants suspensions lubrication hot working forging lubrication droplet impact finite difference isothermal In the hot forging processes, the dies are lubricated and cooled by spraying dilute water based...

... the valve pin and the valve body. 18 02 2005 07 12 2005 plastic flow plastics industry flow control rheology controllers non-Newtonian flow finite element analysis interpolation finite difference methods valves design engineering channel flow melt processing pressure control...

... using a split Hopkinson pressure bar technique, is presented in Part II of the paper. 06 01 2005 14 11 2005 cutting continuum mechanics finite difference methods cutting tools shear deformation Metal cutting processes are used in production across a wide range of industries...

..., computational techniques form an efficient route for solving these problems. 10 11 2004 05 04 2005 finite difference methods error analysis precision engineering quality assurance form error metrology derivative descent finite differences cylindricity Quality assurance...

... , and H 33 c , displacement-to-force receptances on the standard holder, applying a second-order backward finite difference method to find L 33 (and, equivalently, N 33 ) ( 35 ), and then synthesizing P 33 . For the cross displacement-to-force measurements...

... 04 2004 17 12 2004 casting liquid metals eddy currents steel industry electromagnetic fields computational electromagnetics mechanical engineering computing finite element analysis finite difference methods Maxwell equations Navier-Stokes equations turbulence production...

... suitable for a workpiece with low cross section Biot number. Induction heating experiments are carried out using a carbon steel rod. The finite difference method and thermocouple temperature measurements are applied to estimate the induction heat flux and workpiece temperature. Compared to measured...

... in a wafer during the cooling process is studied in detail. Since the equations governing the present thermal-elastic system are coupled in nature, the solution for the temperature and stresses must proceed simultaneously by using a fully implicit finite difference method. After the thermal stresses...

... 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...

...; revised June 2000. Associate Editor: K. Ehmann. 01 July 1999 01 June 2000 machining vibrations mechanical stability finite difference methods delay-differential systems eigenvalues and eigenfunctions Chatter, the self excited high amplitude vibration between the workpiece...

... taken inside the roll at several different locations. At the beginning of the study, finite-difference methods are employed to discretize the problem domain and then a linear inverse model is constructed to identify the boundary conditions. The present approach is to rearrange the matrix forms...