By John A Goldak,Mehdi Akhlaghi,SpringerLink (Online service)
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Additional info for Computational welding mechanics
Therefore the coefficient, C, is related to the source width; a more concentrated source would have a smaller diameter d and a larger value of C. To translate these concepts into practice, the process model for the normal distribution circular surface of the heat flux for laser beam welding and submerged arc welding, is illustrated in Figure 2-7. ; from Sudnik (unpublished) and Radaj . The curve of the submerged arc welding is wide and low and the curve of the laser beam welding is in contrast, narrow and high.
The second major weapon in the battle to reduce computing costs is the use of improved solvers. The use of incomplete Choleski conjugate gradient (ICCG) solvers with element-by-element preconditioning, which have been developed for fluids problems by Glowinski [I 21 and for structural problems by Jenning and Ajiz [I 31, has produced dramatic gains. These solvers do not factorize the global stiffness matrix completely.. Although the experience to date does not permit a definitive statement, Hughes [14 and 151 has developed an iterative method that promises to solve the problem and reduces CPU costs.
The analyst requires a heat source model that accurately predicts the temperature field in the weldment. A non-axisyrnmetric threedimensional heat source model which is proposed in this book achieves this goal. It is argued on the basis of molten zone observations that this is a more realistic model and more flexible than any other model yet proposed for weld heat sources. Both shallow and deep penetration welds can be accommodated as well as asymmetrical situations. The proposed three-dimensional 'double ellipsoid' configuration heat source model is the most popular form of this class of heat source models .