1992 Physical Metallurgy Gordon Conference: Processing, Microstructure and Fracture, Plymouth, N.H.

为1992年6月15日至6月19日举行的戈登会议提供支助。材料的研究对象、加工工艺及其对显微组织和断口的影响是发展先进结构材料的关键。包括断裂过程、断裂微观机制、界面原子学、纳米力学、结构在断裂中的作用、增韧机制、金属间化合物和复合材料断裂以及智能材料等方面的最新进展。讨论了力学、材料科学和冶金等方面的问题。%这项通过过程控制对微观结构发展的研究是材料科学的基本基石。这次会议考察了加工对结构和机械性能的影响，并与先进材料的未来使用有直接关系。

Support is provided for the 1992 Gordon Conference, June 15-June 19, 1992. The subject, processing and its effect on microstructure and fracture is critical to the development of advanced materials for structures. State-of-the-art developments in fracture processes, micromechanisms of fracture, atomistics of interfaces, nanoscale mechanics, the role of structure in fracture, toughening mechanisms, intermetallic and composite fracture, and smart materials are included. Issues of mechanics, materials science, and metallurgy are addressed. %%% This study of microstructural development through processing control is the fundamental building block of materials science. This conference examines the effects of processing on structure and mechanical properties, and has direct relationship to the future use of advanced materials.