毕业设计【论文】任务书姓名班号院系同组姓名无指导教导一、课题名称(论文标题)混凝土及其增强材料的发展与应用二、课题内容三、任务要求1.观点正确，论证充分。2.结构合理，逻辑严密。3.满足一定的阅读量。四、同组设计者无五、主要参考文献1、《建筑材料学》作者：钱觉时出版社：武汉理工大学出版社2、《新型建筑围护材料生产工艺与实用技术》徐惠忠、周明主编3、《建筑材料学》武汉理工大学【全新★正版】4、雷宏刚著《钢结构事故分析与处理》北京：中国建材工业出版社2003年3月指导教导教研室主任签字2011年5月12日混凝土及其增强材料的发展与应用摘要混泥土是由胶结材料和骨料按一定比例配合搅拌并在一定的温度湿度条件下养护硬化而成的一种复合材料；同时为满足工程的实际需求通过各种方法制成的性能各异的混泥土，如通过参加外加剂制成的如：活性微分混泥土﹑自密实混泥土以及通过应用不同的施工方法制成的其他混泥土，如：高性能混凝土、活性微粉混凝土、低强混凝土、轻质混凝土、钢纤维混凝土、自密实混凝土、智能混凝土等，以及混凝土增强材料(非金属配筋、新型预应力钢棒等）近年的应用与发展，作了简要的论述。[关键词]结构材料混凝土目录摘要······························································2引言······························································4一混凝土1.1高性能混凝土（highperformanceconcrete，HPC）················41.2活性微粉混凝土（reactivepowderconcrete，RPC）···············41.3低强混凝土·····················································51.4轻质混凝土·····················································51.5纤维增强混凝土·················································51.6自密实混凝土···················································61.7智能混凝土·····················································61.8预填骨料升浆混凝土·············································61.9碾压混凝土·····················································71.10再生骨料混凝土4··············································7二配筋及增强材料2.1纤维筋·························································72.2双钢筋·························································72.3冷轧变形钢筋···················································72.4环氧树脂涂敷钢筋···············································82.5预应力混凝土用钢棒、预应力混凝土用螺旋肋钢丝···················82.6纤维布、纤维条、纤维板··········································8结束语·····························································8致谢词·····························································10参考文献···············...
