行业规范
1.Yan. Y.and Roque, R. (2017). Standard Method of Test for Determining the Fracture Energy Density of Asphalt Binder Using the Binder Fracture Energy (BFE) Test, American Association of State Highway and Transportation Officials, Washington, D.C.
2.严宇等（2024），新旧混合沥青PG等级测试（沥青砂浆法），中国交通运输协会团体标准，T/CCTAS 144-2024，北京
集成综述
1.Yan, Y.(2021) New innovations in pavement materials and engineering: A review on pavement engineering research 2021, Section 2.1.3 Damage in the Characterization of binder cracking performance, Journal of Traffic and Transportation Engineering
2.Yan, Y., Hernando, D. and Roque, R. (2017).State of the Art and Practice in Fatigue Cracking Evaluation of Asphalt Concrete Pavements: An Experimental and Numerical Synthesis from the Mid-1990s to 2016, Section 2.1.3 Binder Fracture Energy Test, Association of Asphalt Paving Technologists
学术论文（部分）
1. Shu. Z.Q., Dai. Z.C., Li. L.L., Li. T.Y., Cui. M.X. andYan. Y*. (2025). Fatigue-induced degradation of self-healing properties of asphalt mixtures: mechanisms and quantitative characterization,Construction and Building Materials, Accepted.
2. Li. L.L., Zhou. J.N., Li. T.Y., Shu. Z.Q. andYan. Y*. (2025). Enhanced interstitial component direct tension test for evaluating the influence of RAP characteristics on asphalt mixture cracking resistance,Construction and Building Materials, Accepted.
3. Li. J., Shan. Y*.,Yan, Y.,Zhou, S., Ji. X., Shu. Z. and K Xiang. (2025). A generalized rate-dependent cohesive zone model with energy-driven damage evolution mode: development and application,Engineering Fracture Mechanics,Vol.329.
4. Li. J., Shan. Y.,Yan. Y.,Zhou. S., Ji. X., Shu. Z. and Xiang. K. (2025).Extension and applications of rate-dependent cohesive zone models to mixed mode damage,Theoretical and Applied Fracture Mechanics.
5.Xu. Y., Huang. W*., Xiao. J., Shan. J., Liu. M., Guo. W., Zhu. Y., Zhang. J. andYan. Y.(2025). A web GIS-based digital twin platform for intelligent operation and maintenance of rail transit infrastructure,Expert Systems with Applications, Accepted.
6.Yan. Y*., Jiao. G.X., Cui. M. and Ni. L. (2025). The lightweight method of ground penetrating radar (GPR) hidden defect detection based on SESM-YOLO, Buildings, Accepted.
7.Yang. Y., Xu. P. andYan. Y*.(2025). Pavement crack detection method based on multi-scale dilated spatial attention, International Journal of Transportation Science and Technology, Accepted.
8.Nabimanya. A., Zhou. J.N.,Yan. Y*.,Menya. I. and Nanjehe, P.M. (2025). New pavement performance models developed for the national road network in Uganda, Road Materials and Pavement Design, Accepted.
9.Li. J., Shan. Y*.,Yan. Y.,Zhou. S.H., Ji. X.P. and Shu. Z.Q. (2025).,A time-dependent viscoelastic cohesive zone model and inversion method for analyzing interface damage of embedded tram track,Fatigue & Fracture of Engineering Materials & Structures,1-14
10.Zhou. J.N., Sun. J., Cheng. Z.Q., Li. L. andYan. Y.*(2025). Fatigue and self-healing properties of asphalt binders based on the damage growth and crack growth models,Construction and Building Materials, Vol 465
11.Zhong. S., Wu. D*., Du. Y.C.,Yan. Y.,Liu. C.L., Weng. Z.H., Wang. G.Q. and Xu.F. (2025).Enhanced GPR Signal Interpretation via Deep Learning Fusion for Unveilling Road Subsurface Conditions, Measurement
12.Yan. Y.,Ni. L*., Sun. L.J., Wang. Y. and Zhou. J.N. (2025). Digital twin enabling technologies for advancing road engineering and lifecycle applications, Engineering, In Press
13.Dhundup. G., Zhou. J.N., Bekoe. M., Sun. L.J., Mao. S. andYan. Y*.(2025). Integrating a mortar model into discrete element simulation for enhanced understanding of asphalt mixture cracking,Computer-Aided Civil and Infrastructure Engineering,In Press
14.Yan. Y., Zhang. H., Bekoe. M., Allen. C., Zhou. J*. and Roque. R. (2023). Effects of asphalt binder type, aggregate type, and gradation characteristics on fracture properties and performance of asphalt mixtures at intermediate temperatures,Construction and Building Materials,Vol.409
15.Yan. Y., Li. L.L., Park, B*., Bianchi, E., Sholar, G. and Tebaldi. G. (2023). Predict High and Low Temperature True Grade of Reclaimed Asphalt Pavement Binder Using the Enhanced Mortar Testing Approach,Road Materials and Pavement Design
16.Park. B*., Zou, J.,Yan. Y., Roque. R., Lopp. G. and Moseley. H. (2022). Effect of reclaimed asphalt pavement on cracking performance of asphalt mixtures with regular and high polymer modified binders,Road Materials and Pavement Design, 1-13
17.Park. B*., Zou. J., Roque. R., Lopp. G.,Yan. Y. and Moseley. H. (2022).Development of characteristic-based guidelines to determine maximum allowable reclaimed asphalt pavement content in polymer-modified asphalt mixture,International Journal of Pavement Engineering, 1-14
18.Yan. Y., Hernando. D*., Park. B., Allen. C. and Roque, R. (2021).Understanding Asphalt Binder Cracking Characterization at Intermediate Temperatures: Review and Evaluation of Two Approaches,Construction and Building Materials, Vol.312
19.Yan. Y*., Hernando. D., Park. B, Tebaldi, G. and Roque. R.(2021).Effect of aged binder distribution on the fracture tolerance of asphalt mixtures with reclaimed asphalt pavement, ASTM Journal of Testing and Evaluation, Vol.50, Issue 2
20.Sheng. Y*., Wu.,Y. Yan., Y. Jia., H. Qiao., Y. Underwood., B.S. Niu, D. and Kim. Y.R.(2020).Development of Environmentally Friendly Flame Retardant to Achieve Low Flammability for Asphalt Binder Used in Tunnel Pavements,Journal of Cleaner Production,Vol. 257
21.Yan. Y*.,Hernando, D. and Roque, R. (2019). A Solvent Free Method to Characterize the Effect of Recycled Asphalt Shingles on Virgin Asphalt Binder,Journal of Cleaner Production, Vol.208, pp. 795-805.
22.Yan. Y*., Hernando, D. and Roque, R., (2019). Effect of RAP and RAS on Fracture Tolerance of Virgin Asphalt Binders,ASTMJournal of Testing and Evaluation, Vol.47, No.15, pp. 3259-3274.
23.Yan. Y*.,Preti, F., Romeo, E., Lopp, G. Tebaldi, G. and Roque, R. (2018). Fracture Energy Density of Interstitial Component of Asphalt Mixtures,Materials and Structures.
24.Yan. Y*.,Roque, R., and Hernando, D. (2018). Enhanced Mortar Approachto Characterize the Effect of Reclaimed Asphalt Pavement on Virgin Binder True Grade,Materials and Structures,Vol.51, Issue 41.
25.Yan. Y*.,Roque. R., Hernando, D., and Chun, S. (2017). Cracking Performance Characterization of Asphalt Mixtures Containing Reclaimed Asphalt Pavement (RAP) with Hybrid Binder,Road Material and Pavement Design,Vol20, Issue 2, pp.347-366.
26.Yan. Y*.,Hernando. D. and Roque. R. (2017). Fracture Tolerance of Asphalt Binder at Intermediate Temperatures,ASCE Journal of Materials in Civil Engineering,Vol.29, Issue 9.
27.Yan. Y*.,Roque. R. and Hernando. D. (2017). Development of a New Methodology to Effectively Predict the Fracture Properties of RAP Mixtures,Road Material and Pavement Design, Vol.18, Supplement 4, pp.372-387.
28.Gama. D.,Yan. Y*.,Rodrigues. J.K., and Roque, R., (2018).Optimizing the Use of Reactive Terpolymer, Polyphosphoric Acid and High-Density Polyethylene to Achieve Asphalt Binders with Superior Performance,Construction and Building Materials, Vol.169, pp.522-529.
29.Sheng, Y*., Zhang, B.,Yan, Y., Li, H., Chen, Z. and Liu, Z.(2018). Laboratory Investigation on the Use of Bamboo Fiber in Asphalt Mixtures for Enhanced Performance,Arabian Journal for Science and Engineering,Vol.47, Issue 5, pp.4629-4638.
30.Sheng. Y*., Zhang, B.,Yan, Y., Xiong, R. and Chen, H. (2017). Effects of Phosphorus Slag Powder and Polyester Fiber on Performance Characteristics of Asphalt Binders and Resultant Mixtures,Construction and Building Materials, Vol.141, pp. 289-295.
31.Yan. Y*.,Roque. R., Cocconcelli. C., Bekoe. M. and Lopp. G. (2017). Evaluation of Cracking Performance for Polymer-modified Asphalt Mixtures with High RAP Content,Road Material and Pavement Design, Vol.18, Supplement 1, pp.450-470.
32.Yan. Y*.,Zaniewski. J. and Hernando. D. (2016). Development of A Predictive Model to Estimate Permeability of Asphalt Mixture Based on Volumetric Parameters,Construction and Building Materials,Vol.126, pp. 426-433.
33.Yan. Y*.,Chun. S., Roque, R. and Kim. S. (2016). Effects of Alternative Polymer Modifications on Cracking Performance of Asphalt Binders and Resultant Mixtures,Construction and Building Materials, Vol.121, pp. 569-575.
34.Yan. Y*.,Cocconcelli. C., Roque. R., Nash. T., Zou. J., Hernando. D. and Lopp. G. (2015). Performance Evaluation of Alternative Polymer-modified Asphalt Binder, RoadMaterial and Pavement Design, Vol. 16, Supplement 1, pp. 389-403.
发明专利（部分）
1.一种基于大模型与强化学习的道路结构设计方法，ZL 202511353007.6
2.一种考虑动静水共同作用的沥青路面损伤多尺度模型建立方法及应用，ZL 202510725869.0
3.道路隐伏病害检测方法、设备、存储介质以及程序产品，ZL 202411769140.5
4.一种复用既有通讯光缆的公路坍塌监测方法和系统，ZL 202411737321.X
5.基于跨模态特征融合的道路裂缝检测方法、装置和介质，ZL 202411243355.3
6.一种基于线激光和高清摄像的压路机贴边状态检测方法，ZL 202310814638.8
7.预测不同新旧沥青配比的再生沥青高低温性能等级的方法，ZL 202210061289.2
8.一种基于环境荷载因素时空同步耦合的路面设计分析方法，已获批授权