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33篇 您的检索式:作者名="Mang Tia"
    题名 作者 年代 出处 被引量
1Prevalence of Nontraumatic Osteonecrosis of the Femoral Head and its Associated Risk Factors in the Chinese Population: Results from a Nationally Representative Survey显示文摘De-Wei Zhao Mang Yu Kai Hu Wei Wang Lei Yang Ben-Jie Wang Xiao-Hong Gao Yong-Ming Guo Yong-Qing Xu Yu-Shan Wei Si-Miao Tian Fan Yang Nan Wang Shi-Bo Huang Hui Xie Xiao-Wei Wei Hai-Shen Jiang Yu-Qiang Zang Jun Ai Yuan-Liang Chen Guang-Hua Lei Yu-Jin Li Geng Tia Zong-Sheng Li Yong Cao Li Ma 2015Chinese Medical Journal2015,,21:151
2废弃沥青混凝土骨料应用于水泥混凝土路面的可行性研究显示文摘研究使用回收沥青混凝土路面(RAP),使用其中的回收骨料取代混凝土中的部分或全部常规骨料,并应用于路面混凝土上的可行性。在此项目中,我们使用总骨料用量0、20%、40%、70%、100%的回收骨料来取代常规骨料,完成了19个不同配合比的再生混凝土,并进行了力学和热学性能评估。研究表明,随着回收骨料用量的增加,混凝土的抗压强度,劈裂抗拉强度,抗折强度和弹性模量都有一定程度的降低,而热膨胀系数会随着再生骨料的增加而增加。最后,我们通过使用路面系统有限元分析软件FEACONS IV进行分析得出,在佛罗里达典型的温度和荷载条件下,再生混凝土路面系统的性能与常规混凝土路面相仿。陈玉 苏育民 刘艳军 MANG Tia 2015混凝土2015,,4:4
3沥青路面骨料再生混凝土的力学性能研究显示文摘研究了使用回收沥青混凝土路面(RAP)中的再生骨料取代混凝土中的部分或全部天然骨料,并应用于路面混凝土中的可行性。用0、20%、40%、70%和100%的再生骨料取代天然骨料,进行了不同配合比的再生混凝土性能试验。研究表明,随着再生骨料用量的增加,混凝土的工作性能下降,破坏形态发生了变化,混凝土的抗压强度、劈裂抗拉强度和抗折强度都有不同程度的降低。使用20%和40%再生骨料制备的再生混凝土可以满足现有的路面强度要求。陈玉 刘艳军 苏育民 MANG Tia 2014新型建筑材料2014,41,12:3
4An Experimental Study on the Water-purification Properties of Porous Concrete显示文摘Park Sung-Bum Tia Mang 2004Cement and Concrete Research2004,34,:1
5An experimental study on the water- purification properties of porous concrete 显示文摘Park Sung-Bum Tia Mang 2004Cement and Concrete Research2004,34,2:1
6An experimental study on the waterpurification properties of porous concrete显示文摘Sung-Bum Park Mang Tia 2004Cement and Concrete Research2004,34,:1
7Laboratory aging methods for simulation of field aging of asphalts显示文摘Huang Shin-ehe Mang Tia Byron E Ruth 1996Journal of Materials in Civil Engineering1996,8,3:1
8Fundamentals of Asphalt Pavement Recycling - Mix Design and Quality Contral显示文摘Mang Tia 2010Journal of APFF2010,,56:1
9Laboratory aging methods for simulation of field aging of asphalts显示文摘HUANG Shin-Che MANG Tia RUTH Byron E 1996Journal of Materials in Civil Engineering1996,8,3:1
10An experiment study on the water-purification properties of porous concrete显示文摘Sung-Bum Park Mang Tia 2004Cement and Concrete Reaserch2004,34,:1
11An experiment study on the waterpurification properties of porous concrete显示文摘Sung-Bum Park Mang Tia 2004Cement and Concrete Research2004,34,:1
12An experimental study on the water-purification properties of porous concrete显示文摘 MANG TIA 2004Cement and Concrete Research2004,,34:1
13An experimental study on the water purification properties of porous concrete显示文摘Seung Bum Park Mang Tia 0,,:1
14Laboratory aing methods for simulation of field aging of asphalts显示文摘Huang Shin-Che Mang Tia Byron 1996Journal of Materials in Civil Engineering1996,8,3:1
15An experiment study on the water-purification properties of porous concrete显示文摘SUNG-BUM PARK MANG TIA 2004Cement and concrete research2004,,34:1
16An experimental study on the water-purification properties of porous concrete 显示文摘Sung-Bum Park Mang Tia 2004Cement and Concrete Research2004,34,2:1
17An experimental study on the water-purifi-cation properties of porous concrete显示文摘Sung-Bum Park Mang Tia 2004Cement and Concrete Re-search2004,34,2:1
18An experimental study on the water-purification properties of porous concrete显示文摘Park Sung-Bum Tia Mang 2004Cement and Concrete Research2004,34,:1
19An experiment study on the water-purification properties of porous concrete显示文摘Sung-Bum Park Mang Tia 2004Cement and Concrete Reaserch2004,34,:1
20An experimental study on the water-purification properties of porous concrete显示文摘Sung-Bum Park Mang Tia 2003Cement and Concrete Research2003,,2:1
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