S/C: U.S. - Korea Joint Research on Hybrid System for Seismic Structures with Resonant Dampers and Robust Multiobjective Controllers

9302201 Cheng密苏里州Rolla大学（UMR）和韩国科学技术高等研究院（KAIST）之间的联合研究项目，提出了一个混合体系的抗震结构的实验和分析研究。 创新的系统将开发集成调谐粘滞阻尼器与主动肌腱控制器。 粘滞阻尼器将被设计成对周围温度和自加热具有低灵敏度，以及阻尼结构的临界或破坏模式的能力。 主动控制将提供必要的力，使结构的反应在规定的约束。 该混合控制系统在大范围的地震烈度、风力和其它类型的动力激励下都能有效地控制结构的响应。 它的适应性允许应用于低层和高层建筑。 该项目的美国部分涉及一个由UMR土木，机械和电气工程研究人员组成的跨学科团队。 该团队将强调控制算法及其鲁棒性，制造混合装置，控制参数的实验验证，以及模型结构响应的振动台测试。 韩国的跨学科研究团队将专注于大量结构的数值分析，风洞测试，混合系统应用的可行性研究以及全尺寸实验的准备。***

9302201 Cheng A joint research project between the University of Missouri Rolla (UMR) and the Korea Advanced Institute of Science and Technology (KAIST) is proposed to experimentally and analytically study a hybrid system for seismic resistant structures. The innovative system will be developed by integrating tuned viscous dampers with active tendon controllers. The viscous damper will be designed with low sensitivity to surrounding temperature and self heating as well as the ability to damp out a structure's critical or offending mode. Active control will provide the forces necessary to bring structural response within prescribed constraints. The hybrid system is effective in controlling structural response over a wide range of earthquake intensity, wind force and other types of dynamic excitations. Its adaptability allows application to low and high rise buildings. The USA component of this project involves an interdisciplinary team consisting of researchers in civil, mechanical, and electrical engineering at UMR. This team will emphasize a control algorithm and its robustness, manufacturing hybrid devices, experimental verification of control parameters, and a shaking table test of model structural response. Korea's interdisciplinary research team will focus on numerical analysis of a large number of structures, wind tunnel testing, feasibility studies for the hybrid system's application, and preparation for full scale experiments. ***