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Study on Evaluation Methodology and Development Policy of University Facilities-Facility Management at Nagoya University-

大学设施评价方法与发展政策研究-名古屋大学设施管理-

基本信息

批准号：
05451119
负责人：
KATO Akikazu
金额：
$ 3.07万
依托单位：
Nagoya University
依托单位国家：
日本
项目类别：
Grant-in-Aid for General Scientific Research (B)
财政年份：
1993
资助国家：
日本
起止时间：
1993 至 1994
项目状态：
已结题

项目摘要

During the project year, various types of surveys and analysis were conducted on the planning, design and management of renovations and redevelopment of campus facilities such as the open space environment redevelopment and the extension of university central library.1. Analysis on the Effectiveness of Open SpacePost-Occupancy Evaluation (POE) was carried out on the redevelopment of Green Belt, which is the major open space of Nagoya University Higashiyama Campus, to clarify the issues on redevelopment program.2. Analysis on Wayfinding and Legibility within University Central LibraryPOE on the spatial legibility was carried out in relation to book finding behaviors of library users. A simulation system on movements and behaviors of library users was developed to be used to point out issues on extension program and the required signage planning built environment.3. Development of CAFM SystemA Computer Aided Facility Management (CAFM) System has been developed to enable a rigorous way for data collection needed in the facility redevelopment.4. Analysis on Campus Vibration EnvironmentVarious sources of vibration are found on a university campus, ranging from construction works, vehicular movements, mechanical installations, to earthquakes. And the transmission route of the vibration may vary as footing ground, foundation, to building structure. An analysis support system has been developed to cope with above intricate vibration environment.

在项目年度中，对开放空间环境改造、大学中央图书馆扩建等校园设施改造改造的规划、设计和管理进行了各种类型的调查和分析。通过对名古屋大学东山校区的主要开放空间Green Belt的再开发进行使用后评价（POE）效果分析，明确再开发方案中的问题。大学中央图书馆的寻路与易读性分析poe针对图书馆用户的寻书行为进行了空间易读性分析。开发了一个图书馆用户运动和行为模拟系统，用于指出扩展方案和所需的标志规划建造环境的问题。计算机辅助设施管理（CAFM）系统的开发，为设施重建所需的数据收集提供了一种严格的方法。校园振动环境分析大学校园振动的来源多种多样，从建筑工程、车辆运动、机械装置到地震。振动的传递途径随基础、地基、建筑结构的不同而不同。针对上述复杂的振动环境，开发了一套分析支撑系统。