U.S.-India Cooperative Research: Development and Characterization of Polymer Particulate Nanocomposites

0422767 Arun ShuklaDescription：该奖项支持题为《聚合物颗粒纳米复合材料的开发和表征》的美印合作研究。本文针对热固性树脂和热塑性塑料两种不同的聚合物体系，对聚合物-颗粒纳米复合材料的制备工艺及其力学、断裂和多功能性能进行了深入的研究。合作研究将涉及罗德岛大学(URI)机械工程和应用机械系的Arun Shukla教授和印度理工学院坎普尔(IITK)机械工程系的P.Venkitnarayanan教授。纳米复合材料的本构响应将在高应变率下进行评估。动态条件下聚合物纳米复合材料中静止和扩展裂纹的行为将使用超高速摄影和光学干涉测量进行研究。将尝试在更精细的尺度上对性能进行评估，从而开发预测模型。范围：这两个机构的研究人员在处理和表征新型工程材料方面拥有专业知识，并在过去成功地在NSF与印度科技部的联合项目下进行了合作。该项目结合了复合体中的私人投资机构的不同专门知识，并提供了进入各自机构的专门设施的途径。这项研究将涉及两个机构的学生、技术人员和教职员工，并产生高级项目、技术论文、演示文稿和学位论文。客座教师和学生将获得宝贵的机会接触到材料合成的挑战，以及用于新材料的机械和断裂表征的各种实验技术。将通过各研究所的网站迅速传播和交流知识。

0422767Arun ShuklaDescription: This award supports the U.S.-India cooperative research entitled Development and Characterization of Polymer Particulate Nanocomposites. This is an in-depth investigation on the processing of polymer-particulate nanocomposites and their mechanical, fracture and multi-functional attributes for two different polymer systems, thermosetting resins and thermo plastics. The cooperative research will involve Professors Arun Shukla, Department of Mechanical Engineering and Applied Mechanics, University of Rhode Island (URI) and P. Venkitnarayanan, Department of Mechanical Engineering, Indian Institute of Technology Kanpur (IITK). The constitutive response of the nanocomposites will be evaluated at high strain rates. The behavior of stationary and propagating cracks in polymer nanocomposites under dynamic conditions will be performed using ultra-high speed photography and optical interferometry. Evaluation of properties at finer length scales will be attempted leading to the development of predictive models.Scope: The investigators at both institutions have expertise in processing and characterizing novel engineered materials and have successfully collaborated in the past under NSF's joint program with India's Department of Science & Technology. This project combines the diverse expertise of the PIs in composites and offers access to specialized facilities at the respective institutions. This research will involve students, technicians and faculty members at both institutions and result in senior projects, technical papers, presentations, and dissertations. Visiting faculty members and students will receive valuable exposure to the challenges of material synthesis and various experimental techniques used for mechanical and fracture characterization of novel materials. There will be quick dissemination and exchange of knowledge through the respective institutes websites.