Civil Engineering articles for Tsinghua University, China

Time frame: 1 May 2025 - 30 April 2026
Count: 16

Article ‘Count’ for Civil Engineering.

Journal Count Share
2 0.24
TErouting: Traffic-Aware Energy Routing for Electric Vehicle Logistics Fleets 0.13
Evaluating the predictive potential of modeling frameworks for Pelton turbine energy performance and guiding engineering modeling in hydroelectric applications 0.11
1 0.25
Transport Mechanisms of Conservative Contaminants From Tidally Influenced Semi‐Confined Aquifers to the Sea 0.25
1 0.80
JPDS-NN: Reinforcement Learning-Based Dynamic Task Allocation for Agricultural Vehicle Routing Optimization 0.80
6 1.69
Aging mitigation mechanism of biochar modified bio-asphalt using FT-IR microscope and machine learning 0.11
Incorporating water quality into food-water nexus reveals hidden benefits of technological progress 0.14
Optimization of hydropower's clean attributes: a multi-objective scheduling framework combining deep reinforcement learning and life-cycle assessment for sustainable cascade reservoir management 0.17
Unlocking nature-based solution potential: Life cycle assessment of groundwater remediation at operating industrial sites 0.81
Evaluation of high-proportion RAP mixtures modified with diatomite-rock asphalt composite through gray correlational analysis: Insights into pavement performance 0.42
Dual non-deterministic bi-level programming method for collaborative management of water-energy-food-ecology nexus: A case study of Ordos 0.05
2 1.19
Reciprocal frame design for large-scale timber construction 0.93
Unprecedented large-scale aquifer recovery through human intervention 0.26
1 0.07
Global hydroclimatic risks and strategic decommissioning pathways for thermal power units 0.07
3 1.08
Rewiring Biogeochemical Interactions: How Interbasin Water Transfers Shape DOM-Microbe Dynamics 0.47
Physics-constrained Deep Learning for Reservoir Thermal Structure Prediction: Enhanced Interpretability and Extrapolation Capability 0.25
Deep learning-based optimal adaptive regulation pathway of algal blooms in urban rivers under long-term uncertainties 0.36

Numerical information only (in the tables above) is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International.