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Research and Reviews in Sustainability
13
  • Artificial Intelligence for Sustainable Cities5
  • Article type

    • Technical Article50
    • Review21
    • Editorial3

    Year

    • 202639
    • 202535

    Every article: open access, CC BY 4.0, in English.

    51–74 of 74 for energy

    SortRelevanceNewestOldest
    1. Review

      Computational Fluid Dynamics in Hybrid Passive–Active Heat Recovery Systems for High-Performance Buildings: A Critical Review

      Global Decarbonisation · Volume 2 · pp. 54–89 · 20 May 2026 · PDF

      Riffat, J. and Samaei, S.R.

      …performance buildings as a practical response to the growing pressure for lower energy use and more stable indoor environmental conditions. These systems combine passive heat transfer elements, such as heat pipes, with limited mechanical ventilation support in…

    2. Technical Article

      Investigation of the Influence of Cross-Seasonal Heat Replenishment by a Cooling Tower on the Operational Characteristics of a Heating-Only Ground-Source Heat Pump System

      Energy Catalyst · Volume 2 · pp. 51–76 · 29 May 2026 · PDF

      Guo, Q., Li, Y., Li, Q., Zhang, W., Zhang, S., Zhuang, Z. and Liu, J.

      …tlet water temperature, unit coefficient of performance (COP), and total system energy consumption were analyzed. In addition, two control strategies, namely time-based control and wet-bulb temperature difference control, were compared. The results show that c…

    3. Review

      A review on the chemical and physical characteristics of biodiesels produced from animal fat waste

      Research and Reviews in Sustainability · Volume 2 · pp. 38–56 · 3 February 2026 · PDF

      Binhweel, F., Shalfoh, E., Senusi, W. and Alsaadi, S.

      Biodiesel is a promising and eco-friendly energy resource that can substitute conventional diesel. It can be derived from both plant and animal-based feedstocks. Animal fat waste (AFW) is oil-rich material that can serve as a viable and affordable feedstock fo…

    4. Technical Article

      Introducing PV Grid-Parity to Yemen Power System Experimental, Feasibility, and Environmental Studies

      Energy Catalyst · Volume 2 · pp. 38–50 · 4 May 2026 · PDF

      Al-Ashwal, A.M., Shaalan, O.E., Obad, O.O.A. and Almashwali, M.M.

      …conomic feasibility was evaluated using the widely recognized Levelized Cost of Energy (LCOE) methodology. The LCOE outcomes, derived from a combination of experimental data and analytical calculations, indicate a high degree of viability for the implementatio…

    5. Review

      Mechanistic insights of Cystobasidium slooffiae JSUX1: Yeast-derived microbial fuel cells and conversion of organic wastes to electricity

      Green Technology & Innovation · Volume 1 · pp. 1–13 · 12 November 2025 · PDF

      Moradian, J.M., Ali, A. and Pei, G.

      The pursuit of sustainable energy from abundant and renewable waste biomass has positioned microbial fuel cells (MFCs) as a capable technology. While bacterial MFCs are widely studied, yeast-based MFCs offer advantages in safety, ease of handling, and broader…

    6. Technical Article

      AI-driven digital twin for uncertainty-aware structural health monitoring of offshore wind turbines considering biofouling effects and reliability prediction

      Green Technology & Innovation · Volume 1 · pp. 1–15 · 31 October 2025 · PDF

      Riffat, J., Doudran, H.A. and Samaei, S.R.

      …licating conventional SHM interpretation. The proposed AI-enhanced modal strain energy approach, supported by Bayesian uncertainty quantification and frequency compensation techniques, improves damage detection accuracy by 15–25% and reduces false positives by…

    7. Technical Article

      Two Novel Models for Predicting the Transmittance of Dielectric Crossed Compound Parabolic Concentrator (dCCPC) Under Various Sky Conditions

      Energy Catalyst · Volume 1 · pp. 141–151 · 5 December 2025 · PDF

      Tian, M., Zhang, L. and Su, Y.

      The dielectric crossed compound parabolic concentrator (dCCPC) exhibits significant potential for solar energy harvesting in photovoltaic applications and daylighting optimization in architectural design. Transmittance is a fundamental property that assesses t…

    8. Technical Article

      Evaluation of operation control parameters of a residential solar organic Rankine cycle with effects of expander-generator coupling

      Global Decarbonisation · Volume 1 · pp. 1–19 · 3 June 2025 · PDF

      Kutlu, C., Erdinc, M.T., Ehtiwesh, A., Bottarelli, M., Su, Y. and Riffat, S.

      Solar-powered organic Rankine cycles (s-ORCs) are promising technologies for converting solar radiation into electrical energy, offering a viable alternative to conventional photovoltaics. However, the intermittent nature of solar radiation presents operationa…

    9. Technical Article

      Multi-objective optimization of environmental retrofits in eldercare buildings: A case study in Suzhou

      Green Technology & Innovation · Volume 1 · pp. 1–12 · 7 May 2025 · PDF

      Zhang, S., Xu, Q. and Riffat, S.

      …retrofit optimization has predominantly focused on isolated objectives, such as energy or cost reduction, thereby overlooking the complex trade-offs essential for achieving holistic performance in eldercare environments. This study addresses this research gap…

    10. Review

      Evaporative Cooling Technologies: From Past to Present

      Global Decarbonisation · Volume 1 · pp. 1–40 · 20 June 2025 · PDF

      Cuce, P.M.

      …d the scope and efficiency of evaporative cooling. These modern systems address energy efficiency and sustainability concerns, particularly in arid and semi-arid climates, offering cost-effective alternatives to conventional air conditioning. Despite challenge…

    11. Review

      Controllable Supercooling in Phase Change Materials-Advances in Triggering Methods, Lab-Scale Investigations, and Prototype Demonstrations

      Global Decarbonisation · Volume 1 · pp. 1–25 · 25 July 2025 · PDF

      Jarimi, H., Aydin, D., Su, Y. and Riffat, S.

      Supercooled Phase Change Materials (PCMs) offer significant advantages for thermal energy storage by enabling latent heat retention over extended periods with minimal loss. However, controlling crystallization in supercooled states remains a critical challenge…

    12. Technical Article

      Accelerating Whole Life Carbon Assessment in Construction with Artificial Intelligence

      Energy Catalyst · Volume 1 · pp. 54–67 · 30 May 2025 · PDF

      Al-Habaibeh, A., Manu, E., Clement, T., Shakmak, B., Selvam, J. and Lin, T.

      …to learn from experience and to estimate carbon footprint, thus reducing time, energy and cost. By leveraging historical construction project data within the CarboniCa software, the experimental results provided a reasonable estimation (R² = 0.87) of the whol…

    13. Technical Article

      Multi-objective optimization on sustainable retrofit of historical buildings using NSGA-II Algorithm: A case study of Suzhou

      Green Technology & Innovation · Volume 1 · pp. 1–12 · 25 April 2025 · PDF

      Zhang, S., Xu, Q. and Riffat, S.

      …renovation strategies that balance objectives such as historical preservation, energy efficiency, cost reduction, and improved environmental comfort. The theoretical component of the research seeks to evaluate the potential for sustainable retrofitting of his…

    14. Technical Article

      AI-Based Optimization and Hydrodynamic Performance of Floating Pontoon Breakwaters through Experimental and Numerical Modeling

      Global Decarbonisation · Volume 1 · pp. 1–26 · 1 December 2025 · PDF

      Riffat, J., Samaei, S.R. and Ghahfarokhi, M.A.

      Ensuring effective coastal protection requires not only attenuating incoming wave energy but also preserving the operational reliability of marine infrastructure. This study investigates the hydrodynamic behavior of two pontoon-type floating breakwaters—simple…

    15. Technical Article

      Implementation of sustainable refrigeration technology with phase-change material storage at rural communities in Kampung Labang, Bintulu Sarawak, Malaysia: A case study

      Green Technology & Innovation · Volume 1 · pp. 1–15 · 4 April 2025 · PDF

      Jarimi, H., Zhang, Y., Majid, N.A.M.A., Mohamed, W.M.F.W., Matusup, K. and Riffat, S.

      …storage, phase-change materials (PCMs) have been introduced as a viable thermal energy storage solution. A PCM system can be more energy-efficient than conventional solar-powered fridges because it stores excess cooling during the day and releases it during ni…

    16. Technical Article

      Environmental Control of Urban Covered Courtyards in Mediterranean Climates – Comparison between different strategies

      Energy Catalyst · Volume 1 · pp. 22–34 · 2 May 2025 · PDF

      Carbonari, A., Scarpa, M. and Plaza, F.I.M.

      …fing and some solar control strategies were compared from the points of view of energy demand, thermal and visual comfort. Given the diffusion of this type of courtyards in the Italian territory, the simulations were also performed using the climate data of th…

    17. Review

      Impact of chimney design on maximum velocity in SCPPs

      Global Decarbonisation · Volume 1 · pp. 1–30 · 19 December 2025 · PDF

      Cuce, P.M., Cuce, E., Sen, H., Alvur, E. and Güçlü, T.

      Solar chimney power plants (SCs) are sustainable solar energy systems that offer the opportunity to generate electricity from the sun, which is a clean energy source. The system is remarkable with its simple structure consisting of a collector, chimney, and tu…

    18. Technical Article

      The Impact of Climate Change Induced Temperature Rise on Compression Power and CO2 Emissions: A Theoretical Approach

      Research and Reviews in Sustainability · Volume 1 · pp. 23–31 · 25 September 2025 · PDF

      Al-Assad, M.K.

      …in compression power, which scales with higher base temperatures. The increased energy demand from higher temperatures directly correlates with higher CO2 emissions, with a 1.0°C rise resulting in a projected increase of 205.6 metric tons of CO2 emissions, whe…

    19. Technical Article

      Experimental comparison of erythritol and erythritol-granite pebble mixtures as heat storage materials for solar cooking

      Green Technology & Innovation · Volume 1 · pp. 1–12 · 19 February 2025 · PDF

      Mawire, A. and Abedigamba, O.P.

      …simple storage cooking pots. The space between the pots was filled with thermal energy storage (TES) material. In the first configuration, the space between the pots was filled with 2 kg of erythritol. In the second configuration, the storage system consisted…

    20. Technical Article

      Development of an Integrated DBN-ELM, CNN-SVM and CNN-BiGRU Photovoltaic Array Fault Diagnosis Model Based on Weighted Probability Averaging

      Energy Catalyst · Volume 2 · pp. 106–131 · 2 August 2026 · PDF

      Guo, C., Sun, W., Li, Y., You, Y. and He, Z.

      Photovoltaic arrays are continuously exposed to complex environmental conditions over long periods, making them susceptible to seven types of single and multiple failures such as shadow blocking and module aging. Fault diagnosis of photovoltaic arrays is essen…

    21. Review

      Advances, Applications, and Future Directions of Structural Health Monitoring in Civil Infrastructure: A Comprehensive Review

      Energy Catalyst · Volume 1 · pp. 127–140 · 3 December 2025 · PDF

      Riffat, J., Samaei, S.R. and Pastakkaya, B.

      Structural Health Monitoring (SHM) has emerged as a core discipline in modern civil engineering, providing a systematic means to safeguard the safety, durability, and long-term functionality of infrastructure. This review synthesizes current advancements in SH…

    22. Review

      Recent Advances in Perovskite–Silicon Tandem Solar Cells: Progress, Challenges, and Pathways to Commercialisation

      Energy Catalyst · Volume 1 · pp. 113–126 · 28 October 2025 · PDF

      Riffat, J. and Samaei, S.R.

      Perovskite–silicon tandem solar cells are emerging as a credible route beyond the limits of single junction silicon. Pairing a wide bandgap perovskite top cell with a silicon bottom cell broadens spectral harvesting while reducing thermal and transmission loss…

    23. Technical Article

      Hydrodynamic Assessment of Floating Dock Behavior: A Case Study in Bahonar Port, Bandar Abbas

      Energy Catalyst · Volume 1 · pp. 104–112 · 10 October 2025 · PDF

      Samaei, S.R. and Ghahfarokhi, M.A.

      Floating marine structures have become increasingly prominent due to their adaptability, ease of installation, and cost-effectiveness compared with traditional fixed docks and breakwaters. Serving functions such as wave attenuation and vessel berthing, these s…

    24. Technical Article

      Machine Learning-Based Predictive Models for Indoor Air Quality and Thermal Comfort: Bridging Sensor Data and Human Perception in Healthcare Facilities

      Energy Catalyst · Volume 1 · pp. 35–53 · 16 May 2025 · PDF

      Razak, T.R., Ismail, M.H., Jarimi, H., Nadzir, M.S.M., Zheng, T., Yanan, Z., Ahmad, E.Z., Syafiq, U., Ludin, N.A., Rahman, N.M.A., Jamaludin, M.H. and Riffat, S.

      Poor indoor air quality (IAQ) and inadequate thermal comfort continue to challenge healthcare facilities in Malaysia, especially in rural areas where poor ventilation and high humidity are prevalent. These environmental stressors negatively impact patient outc…

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