Fourth International Conference on Constitutive Laws for Engineering Materials: Theory and Applications

第四次国际组织法会议 工程材料：理论与应用 在材料力学中，本构方程是材料变形行为的数学描述，在解析和数值应力分析中是必需的。 不同的材料有不同的本构方程。 本构方程的研究通常与某些领域有关，如机械或土木工程或其他。 亚利桑那大学的前三次会议的主题是几乎所有工程应用中使用的材料的本构方程。 计划于1999年夏季在伦斯勒理工学院校园内举行一次后续会议。 这一天也标志着在RPI举行的非弹性本构方程研讨会的25周年，并由NSF固体力学计划赞助。 这次研讨会的会议记录将作为衡量进展的标尺。 为受邀演讲者、研究生和博士后助理的差旅费以及出版物寻求支助 的 诉讼程序 由登记费提供资金的单独预算 覆盖 其他 费用包括 公告、筹备和会议组织。

Fourth International Conference on Constitutive Laws for Engineering Materials: Theory and Application In Mechanics of Materials, constitutive equations are the mathematical descriptions of material deformation behavior and are needed in analytical and numerical stress analyses. Different materials have different constitutive equations. Research in constitutive equations is usually associated with certain fields such as mechanical or civil engineering or others. Three previous conferences at the University of Arizona had constitutive equations of nearly all materials used in engineering applications as a theme. A follow-up conference is planned for summer of 1999 on the campus of Rensselaer Polytechnic Institute. This date also marks the 25th anniversary of a workshop on Inelastic Constitutive Equations held at RPI and sponsored by the Solid Mechanics Program of NSF. The proceedings of this workshop will serve as a gage for measuring progress. Support is sought for the travel expenses of invited speakers, graduate students and post-doctoral associates, and for publication of the proceedings. A separate budget financed by registration fees covers other expenses including announcements, preparation and conference organization.