暨第十三届全国研讨生暑期学校
2022年第十三届暑期学校将于7月1日至7月6日在东南大学举办，聘请两院院士、国家杰青等国表里出名专家开设线上系列学术陈述会，设6个学科专题分会场（规划与防灾、桥梁、岩土、工程打点、力学、市政）和11个前沿专题会场（新规划与新体系、折纸材料与规划、桥梁工程的科学与艺术、严峻基础设备才智防灾、才智缔造与运维、海洋岩土、非饱满土力学原理及工程使用、绿色、低碳、可持续的环境新技能、低碳绿色与城市可持续打开、才智耐性基础设备立异打开及穿插力学）。
热忱等待各位教师、同行和同学参加。
城市平安，代表了全体国家平安观，没有城市平安，就没有国家平安，城市内建筑与基础设备是满足人类出产与日子的最根柢要素，保证城市平安有必要首要保证城市建筑与基础设备平安。当前建筑与基础设备执役期平安保证面临无量应战，高效执役平安确诊已变成保证城市平安的严峻需要。2021年5月18日，深圳市赛格广场大厦发生楼宇振荡作业，引发国表里广泛重视。作业查询团队依照“科学、精准、严厉、稳妥”的原则，坚持“用数传闻话”，联系多项建筑与基础设备领域前沿科技作用，查清了赛格广场大厦振荡的缘由，并根据查询分析成果提出了科学、有用、耐久的处置技能方案。经过本次作业查询，提上班程诊治应贯穿于建筑与基础设备运维全进程，需凭仗科技办法完成对城市建筑和基础设备的全寿期智能诊治，前进建筑与基础设备耐性，保证城市平安。
巨大基础设备体系的可持续打开是国家可持续打开的极端重要支撑。从经济、社会、环境等三方面前进基础设备的可持续性势在必行。本陈述将首要介绍工程规划的可持续性的具体内在及功能前进方案理念。一起，将要点介绍前进工程规划可持续功能的绿色高功能化的新材料技能、龟龄数增强及批改技能、防灾（抗震）耐性方案理论办法、以及基础设备智能才智化技能等。
在参加ntu之前，苏志强教授作为海洋规划工程师曾在 mcdermott (south east asia) 参加数十个海洋平台的方案, 缔造和设
备作业。之后在 noble denton & associates (singapore)担任验船师时刻，苏志强教授对韩国, 日本, 印尼, 马来西亚, 文莱和新加坡本地船厂的缔造设备和海上作业进行了广泛研讨。作为新加坡注册工程师 (pe)，苏教授一向在为海洋规划和海事工程方面供给征询效能。
除海洋规划以外，苏教授的研讨快乐喜爱还包括可持续打开的城市体系以及使用智能材料进行规划安康监测，损害预后以及能量搜集。他曾在sci索引期刊上宣告论文两百多篇。在2016年elsevier和上海软科联合发布的“全球土木匠程学科高被引专家”名单中，苏教授和其他三位新加坡同行，六位我国(大陆)同行一同中选。
除科研以外，苏志强教授仍是一位经历丰厚的教育者。他曾成功执教跨越1,800人的大课堂并凭此荣获ntu年度教育奖（2004）。2005–2014,苏志强教授还曾担任美国土木匠程师协会（asce）全球杰出核算中心亚洲区主席。2021年stanford大学教授john ioannidis团队树立的世界排名前2％的科学家名单中,苏志强教授和他辅导的3位博士生：杨耀文，suresh bhalla 与 venu annamdas;本科结业方案学生陆新征;以及杨耀文的博士生汤利华一同上榜。
underground space is being diversified for more and more functions, including industrial, commercial, transport, educational, and recreational uses.mixed-use complexes and multi-functional hubs are also being developed underground. as more uses are found for underground space, we should ensure that underground working does not affect human psychology and health.
previous research has examined psy-chological, health and social aspects associated with underground spaces but mainly employing relatively monodisciplinary approaches and methodologies, many times in a nonsystematic way. additionally, research up to now has not employed the modern research tools that cognitive neuroscience, experimental social psychology and epidemiology offer. our research examines human health, behavior and attitude aspects related to the underground working environment in a multidisciplinary and holistic way. the overall aim is to examine and address possible psychological and health-related impacts, and to enhance social acceptance of underground workspaces. this research begins a unified, systematic and holistic examination of the interaction of human psychology and health with underground spaces to improve public acceptance of underground work.
in our study, we present the key elements of a systematic research program examining the relationship between environmental and architectural characteristics of underground spaces with human behavior, cognition and well-being. initial findings of the research plan show a multifaceted set of aspects that can affect underground work, from psychological effects on work performance and creativity, social effects on cooperative and risk taking behaviors, health effects, and engineering parameters such as the aesthetic appearance of the space.
problems can arise from the design of underground workspaces, such as disruption from regular exposure to the outdoor environment. social beliefs, attitudes and cultural meanings can affect the willingness to work underground. the confined environment that is created can amplify issues that are common to all workplaces, including environmental, emotional and motivational factors.
木参九天
重视东南土木官微