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Chen, Liuxin, Ghorbani, Javad, Dutta, Troyee Tanu, Sounthararajah, Arooran, Jesudasan, Arjoon Moses, and Kodikara, Jayantha (2024) Application of an Advanced Constitutive Model for Shakedown Analysis in Unbound Pavements. In: Lecture Notes in Civil Engineering (407) pp. 121-128. From: ICTG 2024: 5th International Conference on Transportation Geotechnics: Fundamentals of Road, Rail, and Harbour Geotechnics, 20-22 November 2024, Sydney, NSW, Australia.

Chen, Liuxin, Tophel, Amir, Hettiyadura, Umidu, and Kodikara, Jayantha (2024) An Investigation into the Utility of Large Language Models in Geotechnical Education and Problem Solving. Geotechnics, 4 (2). pp. 470-498.

Chen, Liuxin, Ghorbani, Javad, and Kodikara, Jayantha (2024) Modelling of shakedown, ratcheting and liquefaction of saturated granular soils using kinematic hardening with memory surface. Computers and Geotechnics, 165. 105830.

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King, Jemma, Parison, Julie, Gurtner, Yetta, Devine, Sue, and Franklin, Richard (2023) Active Transport in the Tropics: Agenda Setting for the Future. In: Abstract Booklet of Safety 2022. 309. p. 345. From: Safety 2022: 14th World Conference on Injury Prevention & Safety Promotion, 27-30 November 2022, Adelaide, SA, Australia.

King, Jemma, Franklin, Richard, Parison, Julie, Dawes, Glenn, Swinbourne, Anne, Morris, Kayla, Leicht, Anthony, Gurtner, Yetta, Edwards, Adella, Ciccotosto, Sue, Boon, Helen, Connell, Adam, Barber, Michael, Teunisse, Robert, Soars, Maurie, MacPherson, Jason, Vidmar, Laura, and Kurkowski, Barbra (2017) Active Transport in the Tropics: setting the scene in Townsville. Report. James Cook University.

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Xiao, Yuanjie, Li, Wenqi, Chen, Liuxin, Wang, Xiaoming, Li, Yunbo, Tan, Pan, and Du, Jiapei (2025) Characterization of unsaturated coarse-grained railway embankment fill: Water retention and dilatancy. Journal of Rock Mechanics and Geotechnical Engineering, 17 (5). pp. 3125-3145.

Xiao, Yuanjie, Zheng, Keyang, Chen, Liuxin, and Mao, Jianfeng (2018) Shakedown analysis of cyclic plastic deformation characteristics of unbound granular materials under moving wheel loads. Construction and Building Materials, 167. pp. 457-472.