BRADBURY R D.Reinforced Concrete Pavements[M].Washington DC:Wire Reinforcement Institute,1938.
[11]
WESTERGAARD H M.Computation of Stress in Concrete Roads[M].Washington DC:HRB,1925:90-112.
[12]
JTG D40—2002,Code for Design of Ordinary Cement Concrete Pavements[S].
[13]
ZENG Sheng,WANG Guang-ming,ZHANG Qi-sen,et al.Calculating Modulus of Pavement Structure Course Directly Using FWD Load Distribution Coefficient[J].Journal of Highway and Transportation Research and Development,2003,20(4):6-9.
DARTER M I,BECKER J M,SNYOER M B,et al.Portland Cement Concrete Pavement Evaluation System(COPES)[R].Washington DC:Transportation Research Board,1985.
[17]
YIN Li,HAN Zhen-zhong,WEN Chang-ping.Study on Treatment Technique of Void Under Cement Concrete Pavement Slab[J].Road Machinery & Construction Mechanization,2009,26(12):59-62.
[18]
LIU Fu-ming,CHEN Wan-li.Application of Grouting Technology Pumping and Slab Hollow Problems on Cement Concrete Pavement[J].Road Machinery & Construction Mechanization,2007,24(1):43-46.
[19]
QIU Li-zhang,WANG Duan-yi.Research on Deflection Criterion for Detecting Void Under Concrete Pavement Slab[J].Highway,2006(11):5-9.
[20]
XUE Zhong-jun,WANG Duan-yi,ZHANG Xiao-ning,et al.Contrast and Verification of Identifying Ratios of Different Void Detective Methods of Cement Concrete Pavement[J].Highway,2007(1):90-93.
[21]
XUE Zhong-jun,WANG Duan-yi,ZHANG Xiao-ning,et al.Construction Technology and Quality Control of Cement Grout Injected Under the Slab[J].Road Machinery & Construction Mechanization,2006,23(9):29-32.
[22]
SUN Xing-yuan.Application of Slurry Penetration Technology Treating Old Cement Concrete Pavement[J].Road Machinery & Construction Mechanization,2006,23(2):26-28.
[23]
WANG Tao.Void Identifying of Rigid Pavement Based on Genetic Algorithm[J].China Journal of Highway and Transport,2003,16(3):23-26.
[24]
ZHAO Jun.Theory and Method to Identify and Evaluate Void Scope Beneath Cement Concrete Pavement Slabs[D].Shanghai:Tongji University,2006:30-77.
[25]
CHEN Yu,ZHANG Qi-sen.Application of Functional-link Neural Network in Evaluation of Sublayer Suspension Based on FWD Test[J].Journal of Central South University of Technology:English Edition,2004,11(2):225-228.
SAXENA S K,VESIC A S.Analysis of Structural Behavior of AASHTO Road Test Rigid Pavements[M]Washington DC:HRB,1970.
[29]
ZENG Sheng,ZENG Xiao-jun,XU Jia.Criterion for Void Identification Beneath Cement Concrete Pavement Slab Corner[J].Journal of Central South University:Science and Technology,2009,40(1):248-255.
[30]
JJG 086—2007,Verification Regulation of Auto-detect Meter of Back-insert Type of Road Deflection[S].
