Items where Division is "College of Engineering & Physical Sciences > School of Infrastructure and Sustainable Engineering" and Year is 2025

A

Amin, Shohel (2025). Decarbonisation of Road Transportation in India—A Round-Robin Review on Low-Carbon Strategies and Financial Policies. Future Transportation, 5 (2),

Arifuzzaman, Md and Amin, Shohel (2025). Automated Vehicles: Are Cities Ready to Adopt AVs as the Sustainable Transport Solution? Sustainability (Switzerland), 17 (5),

Arwadi, Yohanes, Torku, Alex, Tetteh, Mershack O. and Bondinuba, Francis K. (2025). Strategies to Optimise Project Management Implementation in the Delivery of Renewable Energy Projects in Indonesia. Buildings, 15 (7),

B

Basra, Akaal, Wedawatta, Gayan and Tetteh, Mershack Opoku (2025). Critical success factors for rail infrastructure joint ventures. Discover Cities, 2 (1),

G

Gao, Qingfei, Wang, Tong, Rubinato, Matteo, Liu, Zhuqin, Zhao, Xizeng and Luo, Min (2025). Wave overtopping on a low-crested seawall under extreme waves. Physics of Fluids, 37 (2),

H

Hughes, Jennifer C., Wilson, James A., Hawkins, N., Zhang, Yi, Holland, Chris and Slark, Andrew T. (2025). Compatibilisation of immiscible soft segments in self-healing thermoplastic polyurethane elastomers via Diels-Alder cycloaddition. European Polymer Journal, 229 ,

K

Kazempour, Milad, Sabboubeh, Heba, Pirouz Moftakhari, Kamyar, Najafi, Reza and Fusco, Gaetano (2025). GIS-Based Geospatial Analysis for Identifying Optimal Locations of Residential On-Street Electric Vehicle Charging Points in Birmingham, UK. Sustainable Cities and Society, 120 ,

W

Wanniarachchi, Chameekara T., Singh, Manpreet, Bari, Klaudio, Bock, Marina, Harvey, Stuart and Arjunan, Arun (2025). A novel reflective material coated polyurethane resin-based porous composite paving material for mitigating urban heat island effect. Transactions of the Institute of Metal Finishing ,

Wu, Shi-Xian, Sun, Peng-Nan, Li, Qing-Yang, Rubinato, Matteo and Chen, Jian-Qiao (2025). Numerical study on a new floating breakwater with openings, arc-shaped wings, and plates using the SPH method. Ocean Engineering, 324 ,