Application of MDO to Infrastructure Planning on the WasatchFront

摘要CMS 9526018“多学科设计优化在瓦萨奇前线基础设施规划中的应用”PI：Balling，R.，杨百翰大学 “瓦萨奇前线”是犹他州一个快速增长的大都市区，沿着一条长约80英里、宽约5至15英里的狭窄走廊，70个城市约有150万人。 这一领域的增长管理和基础设施更新的耦合问题是复杂的。 这项研究将解决多学科设计优化（MDO）技术的规划和设计问题与基础设施更新和增长管理。 多学科设计优化方法将使各机构在作出规划/设计决策时尽可能自由，同时保持各学科之间的协调，以便优化整个系统。 MDO工具包括优化和搜索算法、灵敏度分析支持、近似分析模型、鲁棒设计支持和其他决策支持工具。 这项研究将在杨百翰大学教师、犹他州政府几个部门、瓦萨奇前线地区理事会和山地政府协会之间的合作关系中完成。 该项目将发展和推广多学科发展优化方法，包括在“Wasatch Front”的一个子系统上开发原型应用程序，然后继续制定详细的可执行计划，将多学科发展优化应用于更大的区域系统。

ABSTRACT CMS9526018 "Application of MDO to Infrastructure Planning on the Wasatch Front" PI: Balling, R., Brigham Young University The "Wasatch Front" is a metropolitan area of rapid growth in Utah, with about 1.5 million people in 70 cities along a narrow corridor about 80 miles long and 5 to 15 miles wide. The coupled problems of growth management and infrastructure renewal for this area are complicated. This research will address transfer of Multidisciplinary Design Optimization (MDO) technology to the planning and design problems associated with infrastructure renewal and growth management. The MDO approach will give individual agencies as much freedom as possible in making planning/design decisions while maintaining coordination between disciplines so that the overall system can be optimized. MDO tools consist of optimization and search algorithms, support for sensitivity analysis, approximate analysis models, robust design support, and other decision support tools. The research will be accomplished in a collaborative relationship among faculty from BYU, several departments in the Utah State Government, the Wasatch Front Regional Council, and the Mountainlands Association of Governments. The project will develop and generalize the MDO methodology, including development of a prototype application on a subsystem of the "Wasatch Front", and then continue with development of a detailed implementable plan for application of MDO to the larger regional system.