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          新疆时时彩娱乐平台 > 新疆时时彩96开奖号商务会议 > 地产建筑会议 > 2018第三届土木工程国际会议 发布时间:2018-11-09T17:50:33

          2018第三届土木工程国际会议
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          2018第三届土木工程国际会议

          会议时间:2018-12-17 08:00至 2018-12-19 18:00结束

          会议地点:西安   

          会议规模:100人

          发票类型:增值税普通发票
          领取方式:会后快递 现场领取 
          发票内容:会议服务费 
          参会凭证:现场凭电话姓名参会

          门票名称截止时间单价数量
          C票 参会+会议资料+礼品+旅游 2018-11-27 23:00 ¥1600.0
          原价:¥1800.00
          D票 参会+会议资料+礼品+旅游+午餐+欢迎晚宴 2018-11-27 23:00 ¥2000.0
          原价:¥2200.00
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          2018第三届土木工程国际会议

          2018第三届土木工程国际会议宣传图

          会议简介:

          2018第三届土木工程国际会议(ICCIVIL2018)为广大从事土木工程相关领域的研究学者、专家提供交流平台。会议组委会诚邀全球相关领域的学者、专家参加此次国际会议,就相关主题的热点问题进行探讨、交流,共同促进全球土木工程的发展。

          会议主题:土木工程

          会议时间:2018年12月17-19日

          会议地点:中国,西安

          论文出版:

          所有的录用论文将由 Science Publishing Group出版,录用文章出版于如下期刊:

          American Journal of Civil Engineering (AJCE)

          ISSN Print: 2330-8729 ISSN Online: 2330-8737

           

          American Journal of Mechanics and Applications (AJMA)

          ISSN Print: 2376-6115 ISSN Online: 2376-6131

           

          Science Discovery (SD)

          ISSN Print: 2331-0642 ISSN Online: 2331-0650

           

           (以上合作期刊可被中知网及部分国外的检索机构检索,如WorldCat, Electronic Journals Library, Zeitschriftendatenbank, EZB, Academickeys, ResearchBib, Polish Scholarly Bibliography, Wissenschaftszentrum Berlin等)

          会后每篇文章将寄送两本纸质版给国内投稿作者。

          查看更多

          上海来溪会务服务有限公司 上海来溪会务服务有限公司

          上海来溪会务服务公司,是一家专业的会务服务公司。以举办国际学术会议为主要业务,涉及会议推广、会议合作、会议组织等。旗下huiyi123.net平台致力于国际学术会议服务,旨在为国内外科研机构、科研团队提供学术会议交流,学术论文出版,酒店预订等会务服务。

          会议日程 (最终日程以会议现场为准)


          12月17日 11:00-17:00 报到
          12月18日 09:00-12:00 特邀嘉宾演讲
          12:00-14:00 午餐
          14:00-17:30 口头报告
          18:30-20:00 晚宴
          12月19日 08:00-17:00 西安一日游

          查看更多

          会议嘉宾 (最终出席嘉宾以会议现场为准)


          ICCIVIL2018演讲嘉宾信息如下:

          Dr. Kung-Chung Hsu, Professor

          Department of Chemistry, National Taiwan Normal University, Taiwan

          Biography: Dr. Kung-Chung Hsu received Ph.D in Department of Chemical Engineering at The Penn State University, in 1985. He worked as a senior scientist in the R & D Department of China Steel Corp. in 1985-1990. He was an Associated Professor in 1990-1996, and has been a professor in the Department of Chemistry of National Taiwan Normal University, Taipei, Taiwan, since 1996. Dr. Hsu has research interests in (1) preparation and application of dispersing agents in ceramic materials, (2) preparation and development of superplasticizer and self-curing agents in concrete, and (3) preparation and application of nano powder and graphene/polymer composites. So far he has published more than 50 peer-reviewed papers and obtained over 20 patents.

          Topic: Pozzolanic Material/Hydrogel Composites: Synthesis and Applications in Concrete

          Abstract: Superabsorbent polymers (SAP) or hydrogels can absorb water up to thousands of times its dry weight. Their high absorption property enables SAPs to be used as a concrete internal curing agent which can effectively delay the decrease in internal humidity, mitigate the drying shrinkage and autogenous shrinkage of concrete. Currently, crosslinked polyacrylic acid (PAA) and acrylic acid-co-acrylamide (P(AA/Am) are mainly used as an internal curing agent. Several papers indicated that incorporation of these hydrogels caused a reduction of compressive strength of the resulting cementitious materials. 
          To resolve the problem mentioned above, several pozzolanic material-containing P(AA/Am) hydrogel composites (P(AA/Am)/Po) were prepared. The pozzolanic materials such as fly ash and silica fume were used. The water absorption behavior of P(AA/Am)/Po in the pore solutions was studied. The prepared polymer composites were added in mortars and the effects of Po content on the properties of cementitious materials were investigated. The results indicated that the water absorbency of hydrogel composites in the pore solution was higher than the pure hydrogel without Po present. Mortars with P(AA/Am)/Po composite showed higher compressive strength and lower drying shrinkage than those with P(AA/Am). The reasons are that the Po-containing composite has higher compressive strength than the pure hydrogel. Furthermore, the pozzolanic material inside the composite could proceed the pozzolanic reaction with the pore solution and formed C-S-H gels.

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          参会指南 会议门票


          参会费用(只参会不投稿)

          票务类别

          包含内容

          2018年11月27日前缴费

          2018年11月27日后缴费及现场缴费

          C票

          参会+会议资料+礼品+旅游

          1600元

          1800元

          D票

          参会+会议资料+礼品+旅游
          +午餐+欢迎晚宴

          2000元

          2200元

          查看更多

          标签: 混凝土 建筑

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