Research Fields:

（1）Design on the durability of concrete and engineering applications
    Mainly about the frost damage, deicer-frost scaling, steel corrosion, chemical attack, etc., in highways, bridges, airport runways, railways and subways, marine constructions, etc..
（2）Comprehensive utilization and resource utilization technology of wastes:
    Mainly aimed at fly ash, blast furnace slag, steel slag, nickel slag, stone powder and other solid wastes, as well as carbon dioxide and its preparation technology on the low-carbon building materials.
（3）New rapid repair materials and their rehabilitation technology
    Mainly for the rapid repair on airport runways, highways and municipal roads, bridges, etc.
（4）New concrete and its preparation technology:
    Mainly aimed at permeable concrete, PC components of assembly buildings, etc.  

Current Courses：

Outline of Civil Engineering
Durability of Concrete      

Projects:

Representative projects supported by Government
(1) Research on a new type of ultra-fast hardened inorganic repair material. Fund Project of Shanghai Bureau of Education，finished in 1996.
(2) Deicer-frost deterioration of concrete ¾ mechanisms, materials design and preventive measures. Project of National Natural Science Foundation of China, finished in 1997.
(3) Research on 525# large content slag cement with high early strength and low hydrated heat.  Fund Project of National Bureau of Building Materials and Shanghai Construction Committee，finished in 1998.
(4) Research on the deicer-frost scaling resistance of safety concrete. Key scientific and technological projects in National Ninth Five-Year Plan, finished in 1999.
(5) Research on a new air-entraining agent and its application. Key scientific and technological projects in National Ninth Five-Year Plan, finished in 1999.
(6) Research on the expert system of frost resistance concrete. Key scientific and technological projects in National Ninth Five-Year Plan, finished in 1999.
(7) Research and construction of concrete pavement with high frost/deicer-frost resistance. Key science and technology project of Communication Department of Heilongjiang, finished in 1999.
(8) Study on an expert system for fly ash concrete. Fund Project of Shanghai Construction Committee, finished in 2001.
(9) Research on the high performance concrete and applications in the bridge engineering. Key science and technology project of Communication Department of Heilongjiang, finished in 2001.
(10) Study on the quality evaluation and detection technology of the air-entrained concrete pavement. Key scientific and technological project of Communication Department of Heilongjiang, finished in 2001.
(11) Research on the concrete with high durability and application in small precast components. Key scientific and technological project of Municipal Construction of Beijing (Olympic events),finished in 2002.
(12) Study on the deicer-frost resistance of concrete pavement and mechanisms. Fund project of Project Management Center of the West Transportation and Construction, Ministry of Communications of China, finished in 2005.
(13) Relationship between the microstructure and macroscopic properties of cement paste. National 973 project, finished in 2007.
(14) Key technology of Portland cement concrete for high-performance pavement. Key scientific and technological project in National Eleventh Five-Year Plan, finished in 2009.
(15) Green manufacturing technology and equipment of high performance cement. Key scientific and technological project in National Eleventh Five-Year Plan, finished in 2010.
(16) Research and demonstration of the key technology of the construction and maintenance for the fabricated simply-supported hollow slab-bridge hinge joint and its diseases under the heavy-load and large temperature difference condition of the Northwest. Key scientific and technological project of Communication Department of Xinjiang, finished in 2016.
(17) Study on the technology of the modern construction of the Airport cement pavement based on the long-life operation: Key technology of high performance slip-form concrete at Airport. Key research project of Civil Aviation Administration of China, finished in 2017.
(18) Investigation and research on the durability of concrete structure of Shanghai Metro Tunnel. Key fund project of Shanghai Science and Technology Commission, finished in 2018.  

Representative projects supported by Company
(1) Particle optimization of slag powder in Baosteel and its application in concrete. R&D project of Baosteel, finished in 2000.
(2) Study on the deformation and cracking resistance of concrete with slag powder. R&D project of Baosteel, finished in 2003.
(3) Basic study on the durability evaluation of concrete in Three Gorges Project. Research project of Three Gorges Project of the Yangtze River in China, finished in 2005.
(4) Durability of high-strength prestressed concrete pipe pile. R&D project of Zhongshan Sanhe concrete pile Co., Ltd., finished in 2005.
(5) Effect of grouting material and process parameters on the ice-formation pressure of post-tensioned bridge beams in Qinghai-Tibet Railway. R&D project of Qinghai-Tibet Railway Corporation, finished in 2005.
(6) Cause analysis and research on the fluctuation of slag activity in Baosteel. R&D project of Baosteel, finished in 2006.
(7) Mix proportion design and technical consultation of wind-generator foundation concrete in Rudong Wind Power Project, Jiangsu. R&D project of Jiangsu Lianeng Wind Power Co. Ltd., finished in 2006.
(8) Study on the application of composite ultra-fine powder in hydraulic concrete. R&D project of Nanjing Baosteel Meishan Metallurgical Co., Ltd., finished in 2007.
(9) Feasibility study on blast furnace slag used as concrete fine aggregate. R&D project of Shanghai Baotian New Building Materials Co., Ltd., finished in 2008.
(10) Study on the grinding of steel slag and its stability utilized in concrete. R&D project of Nanjing Baosteel Meishan Metallurgical Co., Ltd., finished in 2008.
(11) Production technology of high-strength cement clinker. R&D project of Fujian Yongding Minfu Building Materials Co., Ltd., finished in 2009.
(12) Study on the application of air-entrained concrete in the prestressed bridge of Qingdao Bay Bridge. R&D project of Shandong Expressway Group Qingdao Expressway Co., Ltd., finished in 2009.
(13) R&D of the new potential utilization approaches of steel slag. R&D project of Nanjing Baosteel Meishan Metallurgical Co., Ltd., finished in 2010.
(14) Rapid repair technology of the airport Portland-cement concrete pavement. R&D project of Shanghai Airport (Group) Co., Ltd., finished in 2012.
(15) Enhancement technology of Ni-slag activity. R&D project of Fujian Yuxin Environmental Protection Technology Co., Ltd., finished in 2013.
(16) R&D of new technology for comprehensive utilization of Ni-slag. R&D project of Fujian Yuxin Environmental Protection Technology Co., Ltd., finished in 2014.
(17) Study on the preparation of low-carbon building products using steel slag and CO2. R&D project of Shanghai Baosteel New Building Materials Technology Co., Ltd., finished in 2017.
(18) Study on the low-hazard deicing salt and its effect and mechanism on properties of concrete. R&D project of China Salt Jintan Co., Ltd., Jiangsu, finished in 2019.        

Publications：

Papers in English
(1) Quanbing Yang,Xueli Wu, Shiyuan Huang. Concrete deterioration due to physical attack by crystallization. 10th Inter. Congress on Chemistry of Cement, Vol.4, 1997
(2) Quanbing Yang,Xueli Wu, Shiyuan Huang. Deterioration of concrete pavement by deicer. 4th Beijing Inter. Sym. On Cement and Concrete, 1998, 2:605-608
(3) Quanbing Yang.Inner relative humidity and degree of saturation in high performance concrete stored in water or salt solution for 2 years. Cement and Concrete Research,1999, 29（1）：45-53
(4) Quanbing Yang,Xueli Wu, Shiyuan Huang. Factors influencing properties of phosphate cement-based binder for rapid repair of concrete. Cement and Concrete Research,1999, 29（3）：389-396
(5) Quanbing Yang,Xueli Wu, Shiyuan Huang. Characteristics and durability test of magnesium phosphate cement-based material for rapid repair of concrete. Materials and Structures/Matériaux et Constructions, 2000, 33:229-234
(6) Quanbing Yang,Xueli Wu, Shiyuan Huang. Properties and applications of magnesia -phosphate cement mortar for rapid repair of concrete. Cement and Concrete Research, 2000, 30（11）：1807-1813
(7) Quanbing Yang,Xueli Wu, Shiyuan Huang. Properties of concrete with a new type of saponin air-entraining agent. Cement and Concrete Research, 2000, 30（8）：1313-1317
(8) Quanbing Yang, Xueli Wu, Shiyuan Huang. Effect of ground quartz sand on properties of high-strength concrete in the steam-autoclaved curing. Cement and Concrete Research, 2000, 30（12）：1993-1998
(9) Quanbing Yang, Shuqing ZHang, Xueli Wu. Deicer-scaling resistance of phosphate cement-based binder for rapid repair of concrete. Cement and Concrete Research, 2002，32（1）：165-168
(10)  Quanbing Yang. Durability of magnesium phosphate rapid-repair material for concrete pavement. Repair and Maintenance of Reinforced Concrete Structures, Aedificatio Publishers, pp159-170, 2001
(11)  Quanbing Yang, Qianrong Yang, Beirong Zhu. Scaling and corrosion of stream-cured concrete. Cement and Concrete Research， 2003，33（7）：1057-1061
(12)  Quanbing Yang, Shuqing Zhang. Self-desiccation of high-performance concrete. Journal of Zhejiang University Science, 2004, 5(12):1517-1523
(13)  Quanbing Yang, Beirong Zhu. Effect of steel fiber on the deicer-scaling resistance of concrete. Cement and Concrete Research, 2005，35（12）：2360-2363
(14)  Quanbing Yang, Beirong Zhu. Effects of surface-activated coal gangue aggregate on properties of cement-based material. The 21st International Conference on Solid Waste Technology and Management, Philadelphia, U.S.A., March 26 – 29, 2006
(15)  Junyan Wang, Quanbing Yang. Experimental study on the mechanical performance of concrete confined with plastic-pipe., ACI Materials Journal，2010, 107（2）: 132-137.
(16)  Junyan Wang, Quanbing Yang. Investigation on compressive behaviors of thermoplastic pipe confined concrete. Construction and Building Materials，2012，35: 578-585
(17)  Quanbing Yang，Miaoxiong Lu，Yunbing Luo. Effects of Surface-activated Coal Gangue Aggregates on Properties of Cement-based Materials. Journal of Wuhan University of Technology (Materials Science Edition)，2013，28(6): 1118-1121
(18)  Weida Cao，Quanbing Yang. Properties of a Carbonated Steel Slag-Slaked Lime Mixture. Journal of Materials in Civil Engineering, 2015，27（1)：
(19)  Weida Cao，Quanbing Yang. The Properties of the Carbonated Brick Made of Steel Slag-slaked Lime Mixture. Journal of Wuhan University of Technology(Material Science Edition)，2015，（2）：250-255
(20)  Jie Yuan，Hang Lu，Quanbing Yang.  Mechanisms on the Salt–Frost Scaling of Concrete. Journal of Materials in Civil Engineering, 2017，29（3）：  

Papers in Chinese
(1) Quanbing Yang, Xueli Wu. The color-difference show method for determination of the depth of Cl- ion diffusion in mortar. Journal of Shanghai Building Materials College, 1990,3(4):413-416
(2) Xueli Wu,Quanbing Yang, Shiyuan Huang. carbonation of long-term-cured fly ash concrete. Journal of Shanghai Building Materials College, 1990,3(4): 368-373
(3) Quanbing Yang, Xueli Wu, Shiyuan Huang. Physical mechanisms of the deicer scaling of concrete. Journal of Shanghai Building Materials College, 1991, 4(4): 341-346
(4) Xueli Wu, Liping Xu, Quanbing Yang, ShiYuan Huang. The diffusion equation of Cl- ions in cement mortar. Journal of Shanghai Building Materials College, 1991, 4(4) :364-372
(5) Quanbing Yang, Xueli Wu, Shiyuan Huang. Influence factors on the deicer scaling resistance of concrete. Journal of Shanghai Building Materials College, 1993, 6(2): 93-98
(6) Quanbing Yang, Xueli Wu, Shiyuan Huang. Effect of  blending components on the deicer scaling resistance of concrete.  Journal of Shanghai Building Materials College, 1993, 6(2) :99-104
(7) Quanbing Yang, Xueli Wu, Shiyuan Huang. Study on the deicer-frost test method. Journal of Shanghai Building Materials College, 1993, 6(2):182-186
(8) Quanbing Yang, Xueli Wu. Research on new ultrafast hard phosphate repair material. Concrete and Cement Products, 1995(6):13-16
(9) Beirong Zhu, Xueli Wu, Quanbing Yang, Changjin Liu. Study on application of superfine slag in large fluidity and super high strength concrete. Journal of Shanghai Institute of Building Materials, 1996,8(2):97-103
(10) Quanbing Yang, Xueli Wu, Shiyuan Huang. Damage effect of deicing salt on concrete pavement. Journal of Shanghai Building Materials College, 1996,(3): 9-11
(11) Beirong Zhu, Quanbing Yang, Yawen Wu, Changjin Liu, ShuQing Zhang. Performance of No.525 early strength and low heat slag cement concrete. Journal of Shanghai Building Materials College,1996,(6): 13-16
(12) Xueli Wu, Liping Xu, Quanbing Yang. Diffusion rate of chloride Ion in concrete. Concrete,  1996(6):34-41
(13) Xueli Wu, Beirong Zhu, Quanbing Yang, Changjin Liu. Study on Application of fly ash in marine engineering. Journal of Shanghai Building Materials College,1996, (1): 12-19
(14) Beirong Zhu, Xueli Yang, Quanbing Yang. Effect of ultrafine slag admixture on properties of ordinary portland cement and its mechanism. Concrete and Cement Products, 1997,(6): 20-25
(15) Quanbing Yang. Study on the self-desiccation of high performance concrete stored in water for two years. Journal of Building Materials 1998,(3): 215-222
(16) Quanbing Yang, Shiyuan Huang. Salt-frost damage of concrete in frozen area. Highway, 1998,(8): 25-28
(17) Quanbing Yang, Beirong Zhu, Shiyuan Huang. New views on air-entraining agents of concrete. Low Temperature Building Technology, 1998, (3): 33-50
(18) Beirong Zhu, Quanbing Yang, Xueli Wu, Shiyuan Huang. Research on the properties of concrete with SJ-2 air-entraining agent. Journal of Building Materials, 1998, 1(2): 192-196
(19) Chao Wang, Quanbing Yang. Experimental study on salt spraying damage of cement concrete pavement in site. Low Temperature Building Technology, 1999, (3): 14-25
(20) Xueli Wu, Quanbing Yang, Beirong Zhu, Shiyuan Huang. Evaluation of frost resistance of concrete. Concrete, 1999,(6): 9-12
(21) Xueli Wu, Quanbing Yang, Beirong Zhu, Shiyuan Huang. Several problems of microcomputer-based design of frost-resistant concrete. Concrete and Cement Products, 1999,(4): 3-7
(22) Quanbing Yang. Deicer scaling resistance of steam-cured concrete. Journal of Building Materials, 2000,3(2): 113-117
(23) Beirong Zhu, Quanbing Yang, Shiyuan Huang. Mechanism of chemical attack of the deicer on concrete. Low Temperature Building Technology, 2000,(1): 3-6
(24) Quanbing Yang, Shuqing Zhang, Qianrong Yang, Xueli Wu. Performance of a new fast hardening phosphate repair material. Concrete and Cement Products, 2000,(4): 8-10
(25) Quanbing Yang, Shuqing Zhang, Shiyuan Huang, Rongtai Guo, Rubing Wang. Application of high frost resistance and deicer-frost resistant concrete in high-grade highway. Highway, 2000, (11): 446-454
(26) Quanbing Yang, Xueguang yang, Shuqing Zhang, Xueli Wu. Deicer-frost scaling resistance of phosphate cement-based binder for rapid repair of concrete. Low Temperature Building Technology, 2000,(3): 9-11
(27) Quanbing Yang, Shuqing Zhang, Xueguang Yang, Beirong Zhu, Xueli Wu, Shiyuan Huang. Application and influencing factors of new fast hardening phosphate repair material.  Concrete ,2000,(12): 49-54
(28) Quanbing Yang, Shuqing Zhang, Qianrong Yang, Xueli Wu. Development of the expert system on frost resistance of concrete. Low Temperature Building Technology ,2000,(4): 9-11
(29) Quanbing Yang. Self-desiccation mechanisms of high-performance concrete. Journal of The Chinese Ceramic Society ,2000,28(S): 72-75
(30) Quanbing Yang, Xueli Wu, Shiyuan Huang. Application of high deicing salt denudation resistance concrete in highways. Research and Application of Durability of Concrete in Key Projects, Yuanli Wang, Yan Yao, Editor-in-Chief, China Building Materials Industry Press, 2000,(11): 8-11
(31) Quanbing Yang, Xueli Wu, Shiyuan Huang. Anti-deicing salt denudation failure mechanism and material design principle of concrete. Research and Application of Durability of Concrete in Key Projects, Yuanli Wang, Yan Yao, Editor-in-Chief, China Building Materials Industry Press, 2000:249-253
(32) Quanbing Yang, Xueli Wu, Shiyuan Huang. Development of a new air-entraining agent. Research and Application of Durability of Concrete in Key Projects, Yuanli Wang, Yan Yao, Editor-in-Chief, China Building Materials Industry Press, 2000:254-257
(33) Quanbing Yang, Shuqing Zhang, Shiyuan Huang, Rongtai Guo, Rubing Wang.Application of high freeze-proof and ice salt corrosion resisting concrete to highway. Highway, 2000, (11):8-11
(34) Qianrong Yang, Shiyuan Huang, Quanbing Yang. The intellectualization on utilizing the concrete admixtures. Concrete and Cement Products, 2001, (3):8-10,
(35) Beirong Zhu, Quanbing Yang, Xueli Wu, Shiyuan Huang. Properties of concrete with a new type of air-entraining agent(trandemark SJ-2). Concrete, 2001, (4):21-24
(36) Quanbing Yang, Xueguang Yang, Zhihong Li. Study on durability of reinforced concrete for road and bridge. Concrete and Cement Products, 2001, (6): 7-10
(37) Shuqing Zhang, Quanbing Yang, Xueli Wu, Caiying Wang, Jiming Cai. Effect of gypsum on production and application of slag powder. Cement, 2001,(11): 6-8
(38) Shuqing Zhang, Quanbing Yang, Xueli Wu, Caiying Wang, Jiming Cai. Strength development characteristics of new slag cement. Concrete, 2001,(4): 21-24
(39) Beirong Zhu, Quanbing Yang. Study on the reactivity of first-class fly ash to volcanic ash. Concrete and Cement Products, 2002,(1): 3-6
(40) Quanbing Yang, Qianrong Yang, Rongtai Guo, Xueguang Yang. Application of concrete with high durability in the bridge engineering. Low Temperature Architecture Technology, 2002(3): 8-11
(41) Quanbing Yang. Application of high durability concrete in prestressed bridge. Highway,2003, (2): 108-111
(42) Wei Zhang, Quanbing Yang. Summary of research on concrete shrinkage and low temperature building technology. Low Temperature Building Technology,2003,(5): 4-6
(43) Shiyuan Huang, Quanbing Yang. Durability of concrete road and bridge structures in cold areas of China. Safety and Durability of Civil Engineering , Edited by Zhaoyuan Chen, China Building Industry Press,2003: 44-51
(44) Xueli Wu, Shuqing Zhang, Quanbing Yang, Caiying Wang. Self-shrinkage property of fly ash concrete. Coal Ash, 2003,15(6):3-5
(45) Quanbing Yang. Study on evaluation parameters of concrete frost erosion damage. Low Temperature Building Technology,2004,7(4): 375-378
(46) Lisha Sun, Quanbing Yang. Effects of aggregates on phosphate-based properties. Concrete and cement products. Concrete and Cement Products, 2004, (5):4-6
(47) Xueli Wu, Ming Kang, Shuqing Zhang, Quanbing Yang. Autogenous shrinkage of concretes with ground slag. Low Temperature Architecture Technology, 2004,(3): 1-3
(48) Shuqing Zhang, Quanbing Yang. Study on autogenous shrinkage of mineral powder concrete. Low Temperature Building Technology,2004: 130-142
(49) Qianrong Yang, Quanbing Yang. Gas permeability of concrete mixed with fly ash and air entraining agent. Comprehensive Utilization of Fly Ash, 2004,(6): 1-3
(50) Beirong Zhu, Quanbing Yang. The reactivity and kinetics of pozzolanic reaction of fly ash. Journal of Silicate, 2004,(2): 8-10
(51) Beirong Zhu, Quanbing Yang.  Effect of different quality fly ash on concrete performance and its evaluation. Comprehensive Utilization of Fly Ash, 2004, 32(7): 892-896
(52) Beirong Zhu, Qianrong Yang, Quanbing Yang. Study on carbonization performance of high volume fly ash concrete for three gorges project. Comprehensive Utilization of Fly Ash, 2004, (4): 10-12
(53) Quanbing Yang. Effect of high calcium ash on structure and properties of cement paste. Journal of Building Materials,2004,(1): 3-5
(54) Qingbo Lu, Quanbing Yang. Influencing factors to activate the potencial activity of slag. China Concrete and Cement Products, 2005, (6):13-14
(55) Quanbing Yang. Study on influencing factors of freezing pressure of NaCl solution. Journal of Building Materials,2005, 8(2): 154-158
(56) Quanbing Yang. The effect of sodium chloride on the internal saturation of concrete. Journal of Silicate, 2005, 8(5): 495-498
(57) Beirong Zhu, Quanbing Yang. Study on pozzolanic activity of several pozzolanic admixtures. comprehensive utilization of fly ash. Comprehensive Utilization of Fly Ash, 2005, 33(11): 1422-1425
(58) Beirong Zhu, Quanbing Yang. Influence of coal gangue admixture on structure and properties of cement paste. Low Temperature Building Technology. Low Temperature Building Technology,2005, (2) :3-5
(59) Beirong Zhu, Quanbing Yang. Strength development potential of high volume fly ash concrete. Comprehensive Utilization of Fly Ash. Comprehensive Utilization of Fly Ash, 2005,(2): 1-3
(60) Qingbo Lu, Quanbing Yang. Research on main factors affecting potential activation of slag. Concrete and Cement Products. Concrete and Cement Products, 2005, (5): 12-14
(61) Quanbing Yang, Zhi Fu, Zhu Luo. Study on the main influencing factors of salt freezing erosion damage of cement concrete pavement. Highway Transportation Technology, 2006, (1): 31-33
(62) Qianrong Yang, Quanbing Yang. Study on carbonation performance of concrete mixed with fly ash and air-entraining agent. Comprehensive Utilization of Fly Ash, 2006, (1): 34-36
(63) Jianfu Wang, Quanbing Yang. Effect of slag on early cracking of slurry. concrete and cement products. Concrete and Cement Products, 2006, (1): 3-5
(64) Lingyun Xie, Quanbing Yang."Influence of coal gangue on chemical stability of cement-based materials", low temperature building technology. Low Temperature Building Technology, 2006, (1): 10-12
(65) Beirong Zhu, Quanbing Yang. Study on properties of thermally activated coal-gangue. Comprehensive Utilization of Fly Ash, 2006,(3): 3-5
(66) Quanbing Yang. Effects of salt and snow-thawing agent types on salt-scaling damage of concrete. Journal of Building Materials, 2006,(4): 464-467
(67) Beirong Zhu, Quanbing Yang. Study on surface thermal activation of coal-gangue. Journal of Building Materials, 2006,(4): 484-487
(68) Qianrong Yang, Quanbing Yang. Effect of technology of cement grout mixture used in post-tensioned beams on its icing pressure. Journal of Building Materials, 2006,(5): 538-542
(69) Qianrong Yang, Quanbing Yang. Study on the effects on ice-formation pressure of grout. Low Temperature Building Technology, 2006,(4): 4-6
(70) Beirong Zhu, Quanbing Yang. Effect of coal-gangue admixture on sulfate resistance of cement mortar.Comprehensive Utilization of Fly Ash, 2006,(2): 3-4,-7
(71) Junyan Wang, Quanbing Yang. Study of mechanical behavior of plastic tube filled with concrete. Journal of Building Materials, 2007,(2): 161-166
(72) Quanbing Yang. Effects of NaCl concentration on ice-formation expansion and the solution absorption by concrete. Journal of Building Materials, 2007,(3): 266-270
(73) Quanbing Yang. Effects of sodium chloride concentration on saturation degree in concrete under freezing–thawing cycles .Journal of silicate, 2007,(1): 96-100
(74) Quanbing Yang, Qianrong Yang. Effects of salt-crystallization of sodium sulfate on deterioration of concrete. Journal of silicate, 2007,(7): 887-880
(75) Quanbing Yang. Mechanisms of deicer-frost scaling of concrete(Ⅰ) capillary-uptake degree of saturation and ice-formation pressure. Journal of Building Materials, 2007,(5): 522-527
(76) Qianrong Yang, Beirong Zhu, Quanbing Yang. Effects of high-frequency vibration on air void parameters of air-entrained concrete. Journal of Building Materials, 2007,(3): 331-336
(77) Quanbing Yang, Beirong Zhu. Deterioration of concrete due to action of salt crystallization. Journal of Building Materials, 2007,10(4):392-396
(78) Qianrong Yang, Shuqing Zhang, Quanbing Yang, Wenge Ji. Effects of air-Entraining agent on air void parameters of concrete. Journal of Tongji University (Natural Science Edition), 2008(03):374-378
(79) Linfeng Yu, Quanbing Yang, Beirong Zhu, Yujing Zhao, Ming Kang, Yuanhua Xie.  Effects on the concrete properties of that, the natural sand in concrete is replaced by the blast furnace slag. China Concrete and Cement Products,  2008(6):14-17
(80) Beirong Zhu, Quanbing Yang. Effect of coal-gangue on chemical stability of cement-based material exposed to seawater. Journal of Building Materials, 2008, 11(3):323-327
(81) Beirong Zhu, Linfeng Yu, Shuqing Zhang, Quanbing Yang. Study on physical and mechanical performance of mortar and concrete containing blast furnace slag aggregates. Journal of Building Materials, 2008, 11(4):386-391
(82) Beirong zhu, Caiying Wang, Quanbing Yang. Experimental study on briquetting on desulphurization gysum. Fly Ash Comprehensive Utilization, 2009(2):33-35
(83) Qianrong Yang, Shuqing Zhang, Quanbing Yang. Properties of concrete with steel slag, granulated blast furnace slag and fly ash compound powder. Fly Ash Comprehensive Utilization, 2009(4):3-6
(84) Junyan Wang, Quanbing Yang. Experimental Study on Ductility and Toughness of HDPE Pipe Concrete. Journal of Building Materials, 2009,37(4): 394-397
(85) Junyan Wang, Quanbing Yang. Experimental research on mechanical properties of PVC-pipe concrete. Journal of Tongji University (Natural Edition), 2009,(7): 929-933
(86) Qianrong Yang, Baolin Guo, Quanbing Yang.  Research and application of air-entrained concrete to prestressed box girder of Qingdao bay bridge. Highway, 2009(9):145-150
(87) Beirong Zhu, Quanbing Yang. Calcium ions in steel slag were extracted by acetic acid. Journal of Tongji University (Natural Edition), 2009,37(10)
(88) Beirong Zhu, Quanbing Yang, Dongwan Yao, Guolaing Yang. Study on extraction of calcium from steel slag with acetic acid. Journal of Tongji University (Natural Edition), 2009,(10): 1375-1378
(89) Quanbing Yang, Qianrong Yang, Zhigang Zhang. Analysis of benefit of anti-corrosion concrete of Qingdao bay brigde. Highway Transportation Technology, 2010,(9): 75-77
(90) Junyan Wang, Quanbing Yang, Hongru Xiao. Research on gas permeability of pipe-concrete interface in plastic-pipe confined concrete. Journal of Tongji University (Natural Edition), 2010,(7): 1058-1061
(91) Qianrong Yang, Quanbing Yang. Effects of compound mineral admixture with steel slag on durability of concrete. Journal of Tongji University (Natural Edition), 2010,(8): 1200-1204
(92) Xuxiang Cheng, Quanbing Yang. The comprehensive utilization of steel slag. Fly Ash Comprehensive Utilization, 2010,(6): 45-49
(93) Beirong Zhu, Quanbing Yang. Study on fixation of CO2 and production of precipitated calcium carbonate using steel slag. Journal of Building Materials, 2011,14(4):560-563,568
(94) Hui Ji, Quanbing Yang. Deterioration of concrete exposed to salt environment. Journal of Highway and Transportation Research and Development, 2011,28(11):39-42
(95) Quanbing Yang. One of mechanisms on the deicer-frost scaling of concrete (II): degree of saturation and ice-formation pressure during freezing-thawing cycles. Journal of Building Materials, 2012,(6): 741-746
(96) Quanbing Yang, Yongbing Luo, Yaqin Zhang, Jiabin Lai. Grinding characteristics and activity of nickel slag. Fly Ash Comprehensive Utilization, 2013(2):23-26
(97) Quanbing Yang, Xueguang Yang, Rongtai Guo. Research on application of high durability concrete in prestressed bridges. Highway, 2013:(2):108-112
(98) Weida Cao, Quanbing Yang. Characteristics of carbonated steel slag-slaked lime brick. Journal of Silicate, 2013,(10): 1395-1400
(99) Quanbing Yang, Dajun Lu. Effects of mineral admixtures on properties of concrete at the airport runway.  Fly Ash Comprehensive Utilization, 2014(3):19-21
(100) Weida Cao, Quanbing Yang. Effect of the carbonation on the steelmaking slag-slaked lime mortar. Civil and Environmental Engineering, 2014,(4): 92-97
(101) Chang Liu, Yaqin Zhang, Yongbin Luo, Quanbing Yang. Activity of nickel slag-slag composite micro powder and its effect on concrete performance. Fly Ash Comprehensive Utilization, 2014(5):12-14,18
(102) Xiangnan Kong, Quanbing Yang. Research on properties of fresh slag-lime-cenosphere light mortar.  Fly Ash Comprehensive Utilization, 2015(6): 18-22
(103) Quanbing Yang, Yong Chen. Optimization design of properties of concrete for airport pavement. Journal of Tongji University (Natural Science Edition), 2016,(8): 1221-1226
(104) Quanbing Yang, Boyu Lei. Effects of fly ash on the bond property between phosphate cement mortar and concrete. Comprehensive Utilization of Fly Ash, 2016,(2): 8-10
(105) Wenbo Liu, Jie Yuan, Quanbing Yang. Research on failure mechanism of deicing fluid in airport pavement. Journal of East China Jiaotong University, 2016,(5): 1-6
(106) Zhongwei Tian, Quanbing Yang. Activation technology of hydration activity of steel slag powder. Coal Ash, 2017,29(1):15-17
(107) Quanbing Yang, Wenjie Wang. .Effect of specific surface area of steel slag on properties of low carbon building materials. Coal Ash, 2017,29(1):18-20
(108) Qinli Pan, Quanbing Yang,Hongbo Zhu. Effect of crosslinking agent on mechanical properties of artificial activated steel slag-resin marble. Coal Ash, 2017,29(1):29-31,34
(109) Guiyang Shen, Quanbing Yang. Study on preparation of phosphate cement based artificial stone from tailings. Fly Ash Comprehensive Utilization, 2017(6):34-36,39
(110) Pengcheng Wu, Quanbing Yang,Effects of a low-harm deicing salt on the salt-frost scaling of concrete and its mechanism. Journal of Building Materials, 2019: 1-12  

Books in Chinese
(1) Quanbing Yang. Deicer-frost Deterioration of Concrete  Mechanisms, Materials Design and Preventive Measures. China Architecture & Building Press, Beijing, 2012.