CALL FOR ABSTRACTS Fifth US National Congress on Computational Mechanics Symposium on Micromechanical and Multiscale Models for Materials Processing Applications University of Colorado, Boulder August 4-6, 1998 Simulation of materials processing has progressed rapidly over the past two decades as a consequence of substantial growth in computing capability, better understanding of material behavior, and improved numerical techniques. Particularly successful areas are the computation of bulk properties from attrib utes of the material structure and the prediction of structure evolution during thermomechanical processing. These successes derive from process models that explicitly incorporate microstructural information to determine the material properties that are imposed by processing conditions. These models provide more accurate predictions of product properties, including shape, strength, and integrity, as well as a basis for the modification of process designs to optimize these measures of product quality. This Minisymposium will provide a forum for discussion of recent advances in computational methods for material processing that employ micromechanical and multi-scale models. This includes both simulation of processes, per se, and the modeling of behaviors that are integral to processing. Relevant topics include: * Numerical techniques for representation of material structures * Thermal and mechanical constitutive models for metals, ceramics and polymers * Numerical formulations for micromechanical or multiscale models * Parallel computing techniques associated with multiscale models * Applications demonstrating the simulations methodologies and results Interested persons may submit a one-page abstract by January 15, 1999 to Paul Dawson (prd5@cornell.edu) or Robert Haber (r-haber@uiuc.edu). Abstracts ar e required for the conference and will be included in the conference proceedings. Further information regarding the Fifth US National Congress on Computational Mechanics and preparation of abstracts can be found at: http://bechtel.colorado.edu/usccm99/Abstracts.d/Instructions.html