Transformation of Engineering Tools to Increase Material Efficiency of Concrete
项目名称: Transformation of Engineering Tools to Increase Material Efficiency of Concrete
摘要: The research will identify critical relationships for advanced development of concrete systems in the face of unprecedented need. Specifically, this work will advance concrete research for application in sustainable transportation infrastructure by leveraging the integration of materials, structural, and environmental themes. This work will be addressed through the formulation of life cycle inventories and life cycle assessments for concrete to provide a database for informed decision‐making, followed by the formulation of multi‐criteria selection tools for selecting appropriate amounts of cement in concrete mixtures and tools for efficient design of concrete based on performance with other materials. Finally, models will be formulated to assess the effects of material longevity on improved sustainability of concrete transportation infrastructure systems. The proposed work will create new paradigms of how concrete systems can be engineered to synergistically mitigate GHG emissions while lowering cost and improving functionality. This work will lead to development of robust datasets and decision‐making tools to better quantify the environmental impacts and costs associated with green concrete infrastructure decisions as well as permit comparisons of most efficient improvements. The findings will be used to inform how performance variables can be used to target materials selection and improve the design of concrete infrastructure systems. This work will improve tools available to public and private decision makers that can aid in guiding policy and planning decisions for concrete production and use.
状态: Active
资金: 94554
资助组织: National Center for Sustainable Transportation<==>Office of the Assistant Secretary for Research and Technology<==>California Department of Transportation
项目负责人: Iacobucci, Lauren
执行机构: National Center for Sustainable Transportation<==>University of California, Davis
开始时间: 20200101
预计完成日期: 20210930
主题领域: Design;Environment;Materials;Transportation (General)
检索历史
应用推荐