An Experimental Research on the Pavement Performance of Regenerated Materials under Heavy Load
p.1973
p.1973
Bond Strength between Steel and Concrete Experiment Analysis at Different Temperatures
p.1977
p.1977
Early Age Behavior of Thin Porous Concrete Pavement for Bicycle Road due to Environmental Loading
p.1981
p.1981
Influence the Carbonation Resistance and Mechanical Properties of Shotcrete by Accelerated Carbonation Test
p.1985
p.1985
Mass Concrete Crack Control Technology
p.1990
p.1990
Experiment on the Fatigue Behavior of Bare Optical Fiber
p.1995
p.1995
Experimental Research on Durability of Concrete of Transmission Lines in Wuhu Area
p.2001
p.2001
The Reasonable Amount of Polypropylene Fiber on Low-Intensity Manufactured Sand Concrete in the Case of Fixed Powder Paste
p.2005
p.2005
The Study of the Factors Effecting Bond Strength of Masonry
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p.2011
Mass Concrete Crack Control Technology
Abstract:
Combined with engineering examples, describes the reasons for the large volume of concrete cracks proposed comprehensive measures to control cracks from all aspects of mass concrete harmful cracks eliminate achieved remarkable results, for the future of similar mass concrete construction provides some guidance .
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Periodical:
Advanced Materials Research (Volumes 1065-1069)
Pages:
1990-1994
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Online since:
December 2014
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© 2015 Trans Tech Publications Ltd. All Rights Reserved
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