Qian Liu, Xiangdong Shen, Li-Si Wei, R. Dong, Hui-Jun Xue (2019). Grey Model Research Based on the Pore Structure Fractal and Strength of NMR Aeolian Sand Lightweight Aggregate Concrete. JOM.DOI
Wang XIAOXIAO, Shen Xiang-dong, Wang HAILONG, Chu Gao (2015). Nuclear magnetic resonance analysis of concrete-lined channel freeze-thaw damage. Journal of the Ceramic Society of Japan.DOI
Shen Xiang-dong (2013). Study on Pore Structure of the Mechanism of Natural Lightweight Aggregate Concrete is Mixed with Metakaolin. Guisuanyan tongbao.
Shen Xiang-dong (2013). The Experimental Research of Natural Light Weight Aggregate Concrete Cement Frost Resistance in Saline Solution. Guisuanyan tongbao.
Shen Xiang-dong (2012). Experimental Study on Early Mechanical Properties of Natural Lightweight Aggregate Concrete with External Mixing Fly Ash. Guisuanyan tongbao.
Shen Xiang-dong (2012). Mechanical Behavior of Glass Fiber and Fly Ash Soil-cement. Journal of Highway and Transportation Research and Development.
Shen Xiang-dong (2012). Experimental Study the Impacts of PAM on Cement Soil Strength. Guisuanyan tongbao.
Shen Xiang-dong (2012). Study on Mechanical Behaviors of Red Clay Cement. Yellow River.
Shen Xiang-dong (2012). Research for early mechanical properties of glass fiber light weight aggregate concrete. New Building Materials.
Shen Xiang-dong (2012). Dialectics of nature and structural mechanics teaching. Journal of Architectural Education in Institutions of Higher Learning.
Shen Xiang-dong (2012). Mechanical Properties Research on Cement Mixed with Sand. Yellow River.
Shen Xiang-dong (2012). Effect of Obturation Perlite on Mechanical Properties of Cement-Soil. Highway.
Shen Xiang-dong (2012). Study on Impervious Performance of Cement-soil. Guisuanyan tongbao.
Xie Guo-liang, Shen Xiang-dong (2011). Mechanical behaviors of cemented-soil with Ca(OH)2. International Conference on Electric Technology and Civil Engineering.DOI
Shen Xiang-dong (2011). Mechanical behavior of soil-sand-cement admixture. Rock and Soil Mechanics.
Shen Xiang-dong (2011). Experimental Study on Strength of Lightweight Aggregate Concrete with Different Contents of Fly Ash. Guisuanyan tongbao.
Shen Xiang-dong (2011). Experimental study on the affect of different amount of fly ash on the strength of lightweight aggregate concrete. Concrete.
Shen Xiang-dong (2011). STUDY ON MECHANICAL PROPERTIES OF LIGHTWEIGHT AGGREGATE CONCRETE WITH AGGREGATE GRADATIONS OF DIFFERENT FRACTAL DIMENSION. Journal of Inner Mongolia Agricultural University.
Shen Xiang-dong (2011). Effect of Cement Content on the Early Structural Formation of Stabilized Soil. Guisuanyan tongbao.
Shen Xiang-dong (2011). Experimental Study on Natural Pumice Powder Cement Compound Soil. Yellow River.
Lili Xu, Shen Xiang-dong (2011). Study of carbon fiber lightweight aggregate concrete compressive strength. Concrete.
Shen Xiang-dong (2011). THE MEASURES STUDY ON IMPROVING IRRIGATION WATER USE EFFICIENCY. Journal of Inner Mongolia Agricultural University.
Pengyuan Zhang, Xiangdong Shen, Si-Chen Jiang (2011). Variable fuzzy set model for evaluation of intergrity of pile foundation based on SPA. 2011 Second International Conference on Mechanic Automation and Control Engineering.DOI
Shen Xiang-dong (2010). Heaving of Lightweight Aggregate Concrete in Open System. Journal of Building Materials.
Shen Xiang-dong (2010). EXPERIMENTAL STUDY ON GRADATION OPTIMIZATION OF GRAVEL,PUMICE MIXED AGGREGATE. Journal of Inner Mongolia Agricultural University.
Hong Liu, Mu-Jiao Fan, Qingheng Zeng, Xiangdong Shen (2010). RBF network based on artificial immune algorithm and application of predicting the residual life of injecting water pipeline. 2010 Sixth International Conference on Natural Computation.DOI
Shen Xiang-dong (2009). Study on Mechanical Behaviors of Soil Cement. Guisuanyan tongbao.
Shen Xiang-dong (2009). THE RESEARCH ON MECHANICS AND BLEMISH DEGREE OF DIFERENT FIBER CONTENT LIGHTWEIGHT AGGREGATE CONCRETE AFTER FREEZE-THAW CYCLE. Engineering Mechanics.
Shen Xiang-dong (2009). Experimental study on influence of fly ash on durability of lightweight aggregate concrete. New Building Materials.