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会议官网:www.icamce.com
会议时间:2020年3月20-22日
最终截稿:2020年3月16日
稿件录用:投稿后1-2周内
检索类型:SCI, EI Compendex, Scopus, Inspec and DOAJ
*会议已上线至出版社的会议列表:www.scientific.net/conference-5037
第六届先进材料与建筑工程国际学术会议(ICAMCE 2020)将于2020年3月20-22日隆重举行。会议旨在为从事先进材料与建筑工程的专家学者、工程技术人员、技术研发人员提供一个共享科研成果和前沿技术,了解学术发展趋势,拓宽研究思路,加强学术研究和探讨,促进学术成果产业化合作的平台。大会诚邀国内外高校、科研机构专家、学者、企业界人士及其他相关人员参会交流。
A. Prof. Fan Hongqin
The Hong Kong Polytechnic University, Hong kong
An Integrated System of Text Mining Technique and Case-based Reasoning (tm-cbr) for Supporting Green Building Design
基于文本挖掘和案例推理辅助系统的绿色建筑设计
Green building has been commonly accepted as an important strategy adopted by governments around the world for mitigating climate change and energy shortage problem. However, the selection and application of green building technologies under different situations usually puzzles designers, although various advanced technologies for green building are available. This study therefore introduces an integrated system of text mining and case-based reasoning (TM-CBR) to help designers retrieve the most similar green building cases for references when producing design for new green buildings. It is the first attempt in this study to integrate text mining technique into a CBR system to improve the efficiency of decision making in green building design. There are two major components of TM-CBR, case representation and case retrieval. Two kinds of case features, namely, identified features and textual features are used collectively to represent a green building case. Four value formats are considered to measure local similarity in the process of case retrieval. Seven cases are chosen randomly from 71 LEED collected cases as the target cases to test the effectiveness of the TM-CBR system. This study provides a new approach to retrieve the successful experience from similar previous cases to improve the effectiveness and adequacy of green building design.
A. Prof. Xingrong Zheng
Longdong University, China
Quantum Calculation on Zero-point Vibration Energy of Solid Argon
固氩零点振动能的量子计算
According to quantum theory, the particles must still vibrate when the temperature decreases absolute zero. Otherwise, if the particles completely stop, its momentum and position can be accurately measured simultaneously, which is against the uncertainty principle. The energy of the particle's vibration at absolute zero is zero-point vibration energy(ZPE). It is clean, cheap energy and nature's "free lunch" for mankind. If ZPE can be extracted, it will undoubtedly be the best energy that can be used by humans.
Therefore, based on the first principles, using the many-body expansion theory and Hartree-Fock SCF method, we calculate the relations among the zero-point vibration energy and atomic displacement of deviating from the equilibrium position, vibration frequency, molar volume of fcc solid argon in the atomic distance of 2.3-4.0Å, then obtain the Gruneisen coefficient and the zero-point vibration pressure. It is included that the motion of atoms around equilibrium positions can be thought as approximate harmonic vibration. The larger the molar volume of solid argon is, the greater the vibration frequency and zero-point vibration energy are. With the increase of the molar volume, Gruneisen coefficient increase, while the zero-point vibration pressure decrease.
1. 先进材料(材料物理学、建筑材料、高级建材、新型功能材料、半导体材料)
2. 材料加工技术(材料加工技术、材料成型)
3. 土木、建筑工程(施工技术、建筑设计及其理论、 岩土工程、水利工程)
4. 工程管理(项目管理、建筑技术科学、建筑环境与设备工程)
论文经过组委会专家审核之后,最终所录用的论文将由EI目录系列Key Engineering Materials (ISSN: 1662-9795)出版,出版后将提交EI Compendex, Scopus, Inspec和 DOAJ检索,目前期刊检索快速且稳定。
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2020年3月20日 | 13:00-17:00 | 报名注册 |
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