Optimal Hybrid Control of Buildings with Nonlinear Hysteretic Cladding Connection Elements

具有非线性滞回覆层连接元件的建筑物的最优混合控制

• 批准号: 9402572
• 负责人: Barry Goodno
• 金额: $ 12万
• 依托单位: Georgia Tech Research Corporation
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 1994
• 资助国家: 美国
• 起止时间: 1994-10-01 至 1996-09-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=9402572&HistoricalAwards=false
• 关键词: Optimal; Hybrid; Control; Buildings; Nonlinear

9402572 Goodno Experimental and analytical investigations of hybrid control systems designed to combine passive damping provided by cladding-structure interaction with robust active control systems will be continued in this second phase of the overall research. The research plan is organized into three primary tasks: (1) development of new low-dimensional controller designs for robust control of building structures; (2) development of hybrid design approaches for optimization of the combined active (control) and passive (cladding) systems; and (3) experimental verification through simple scale model lab testing. The principal products of the proposed research are expected to be: (a) new approaches to designing low-dimensional controllers in output feedback settings that can be used for robust control of building structures; (b) integrated design methods for active/passive control systems in which the design process concurrently optimizes active and passive subsystem properties; (c) modeling, analysis and synthesis procedures along with representative designs which combine advanced cladding systems with several different active control systems (e.g., active bracing or variable stiffness systems) to form economical hybrid control strategies; (d) development of improved computer models and extension of present software to include consideration of techniques for hybrid control of buildings using architectural cladding; (e) verification of basic hybrid system behavior through scale model lab experiments. ***

9402572 Goodno混合控制系统的实验和分析研究将在总体研究的第二阶段继续进行，该混合控制系统设计为将由覆层-结构相互作用提供的联合收割机被动阻尼与鲁棒主动控制系统相结合。 研究计划分为三个主要任务：（1）开发新的低维控制器设计的鲁棒控制的建筑结构;（2）开发混合设计方法的组合主动（控制）和被动（包覆）系统的优化;和（3）通过简单的比例模型实验室测试的实验验证。 本研究的主要成果是：（a）在输出反馈设置下设计低维控制器的新方法，可用于建筑结构的鲁棒控制;（B）主动/被动控制系统的综合设计方法，其中设计过程同时优化主动和被动子系统特性;（c）建模、分析和综合过程沿着有代表性的设计，该设计将联合收割机先进的包层系统与几种不同的主动控制系统（例如，主动支撑或可变刚度系统），以形成经济的混合控制战略;（d）开发改进的计算机模型，并扩展现有软件，以包括考虑使用建筑覆层的建筑物混合控制技术;（e）通过比例模型实验室实验验证基本混合系统行为。 ***