嘉宾简介：
Khalil教授1971年在开罗大学机械工程系获得学士学位并于1973年获得硕士学位，后于英国伦敦大学帝国理工学院获得博士学位和DIC。现任开罗大学机械工程系教授。Khalil教授在陆地和航空航天应用方面的的燃烧室设计和仿真有超过48年的研究经验。在燃烧能源及室内空气质量控制领域内，出版了14本英文书，发表了至少940篇期刊论文和会议论文，开设和提供传热，燃气轮机及陆地能源的高级课程。 ASME Fellow，ASHRAE Fellow，AIAA Fellow。2009年ASME George Westinghouse奖金获得者。2012年ASME Harry Potter奖金获得者。美国Large ASHRAE总干事（2016-2019）Khalil是ISO TC205 WG2：节能建筑环境召集人，ISO TC163 WG4建筑物能源性能的整体方法召集人。CEN TC371 WG1会员。埃及和阿拉伯暖通空调编码委员会主席。埃及通风规范委员会主席。埃及室内空气质量标准委员会主席。 报告内容： This work is devoted to the investigation of the influence of the room architecture design on the efficiency of the flow of air-conditioned supply to create high quality and comfort environment in the space. The present work is devoted to investigate the relation between airflow movement and air age and the different space architecture and application. The present work made use of a well-developed Computational Fluid Dynamics (CFD) model based on turbulence models that has been further developed and refined to predict the air flow regimes, turbulence characteristics, air temperature, and relative humidity distributions in enclosed spaces. |
