混凝土
混凝土
혼응토
CONCRETE
2015年
7期
58-60,67
,共4页
混凝土%冷却温度%建筑%承压性能
混凝土%冷卻溫度%建築%承壓性能
혼응토%냉각온도%건축%승압성능
concrete%cooling temperature%building construction%pressure on the performance
混凝土冷却温度与建筑承压性能之间存在诸多联系,为了量化上述关联性,利用多级模糊概率综合评估模型对混凝土冷却温度与建筑承压性能关系进行系统建模。并选取不同的试验环境进行测试。试验结果表明,模型可以较好的描述混凝土冷却温度与建筑承压性能关系,能够对建筑承压性能进行准确的评估,提高建筑安全性。
混凝土冷卻溫度與建築承壓性能之間存在諸多聯繫,為瞭量化上述關聯性,利用多級模糊概率綜閤評估模型對混凝土冷卻溫度與建築承壓性能關繫進行繫統建模。併選取不同的試驗環境進行測試。試驗結果錶明,模型可以較好的描述混凝土冷卻溫度與建築承壓性能關繫,能夠對建築承壓性能進行準確的評估,提高建築安全性。
혼응토냉각온도여건축승압성능지간존재제다련계,위료양화상술관련성,이용다급모호개솔종합평고모형대혼응토냉각온도여건축승압성능관계진행계통건모。병선취불동적시험배경진행측시。시험결과표명,모형가이교호적묘술혼응토냉각온도여건축승압성능관계,능구대건축승압성능진행준학적평고,제고건축안전성。
Concrete cooling temperature and the buildings there are many connections between pressure on the performance,in order to quantify the relevance,using multilevel fuzzy probability comprehensive evaluation model of cooling temperature and the construction of concrete confined performance relationship for system modeling. And different experimental environment for testing. The experimental results show that the model can better describe concrete cooling temperature and pressure performance relationship building,can carry on the accurate assessment of the performance of building on,improve construction safety.