This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 14 contributing scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.
The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.
Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.
Showing 801–820 of 922 papers
Li Y.
This study examines the feasibility of net zero energy buildings and their role in future energy development.
K. Wong, Assoc. Prof. Dr. Rashad Yazdanifard
This study analyzes the adoption of sustainable development in Malaysia's real estate sector amid global climate governance shifts and rivalry among major economies (US, China/BRI, ASEAN, BRICS). It reviews 101 sources (2020-2025) on policy…
B. Srimanickam, N. Rajamurugu, M.Arulprakasajothi +3
This study enhances solar-thermal drying of turmeric by integrating phase change materials (PCM) into a solar chimney dryer and applies data-driven modeling for optimization, contributing to low-carbon agro-processing.
Kerem Yavuz Arslanlı, Ayşe Buket Önem, Cemre Özipek +6
Using panel data from all 81 Turkish provinces (2013-2022), this study analyzes structural determinants of residential energy demand in post-earthquake reconstruction. It finds that exchange rate effects on electricity demand are buffered b…
Chaitat Bokird, Jutithep Vongphet, Sasiwimol Khawkomol +6
Comparing gravity vs pump irrigation in Thailand, this study finds no significant differences in water productivity or footprint, but pump irrigation generates five times higher carbon emissions. Eco-efficiency improves up to 8.11%, highlig…
Rania Obead, Lina Khaddour, Bernardino D’Amico
This study assesses the whole-life carbon emissions of retrofitting a pre-1919 Scottish house using LCA and building simulation. A package of fabric upgrades, heat pump, and PV reduces energy demand and emissions by over 50% with a carbon p…
Carlie D. Trott, Catelyn N. Smeyne
This study explores how income and psychosocial factors interact in home decarbonization decisions. Using data from Cincinnati, Ohio, it finds that financial barriers dominate for low-income residents, while psychosocial factors are more in…
Wen Zhang, Bin Guo, Bo Yang +3
This study develops a synergistic optimization model integrating microclimate simulations (ENVI-MET and Grasshopper) with non-dominated sorting genetic algorithm II to simultaneously balance thermal comfort, energy consumption, and economic…
Payam Sadrolodabaee, Mujib Rahman, Daniel J. Nowakowski +2
Cement production is a major CO2 emitter. This study develops low-carbon cementitious grouts using straw biochar and ladle furnace slag, evaluating properties from micro to macro scale. Results show that these waste materials can reduce cem…
Musaddaq Azeem, Saif Ul Haq, Muhammad Kashif +1
This study provides a critical review of retrofit strategies and policy mechanisms for decarbonizing UK housing. It proposes an integrated framework combining technical measures, social acceptability, and governance, highlighting that isola…
Lei Jiang, L F Zhang, Weidong Lu +5
This systematic review synthesizes research on indoor hygrothermal environments and thermal comfort in modern timber buildings. Key findings include rapid temperature response, strong humidity buffering, and superior insulation compared to …
Hao Huang, Jianfei Dong, Sheng Huang +1
This review analyzes 318 publications on energy retrofit of historic buildings, summarizing passive and active strategies. It examines carbon accounting methods in life cycle assessment and proposes a multi-objective evaluation framework in…
Shen Xu, Qiuguo He, Tao Luo +4
This study proposes a rapid optimization framework for high-rise office block design elements to reduce carbon emissions, considering perspectives from three climate zones in China. The framework enables early-stage carbon performance optim…
Yujie Lang, Shiyi Zhu, Mingchao Yin +2
Using Chinese provincial panel data (2012-2022), this study examines how digital government construction and high-quality development of the low-altitude economy (LAE) affect regional energy intensity. Employing spatial DID and double machi…
Zhang Yi, Da Hairong
This review systematically covers preparation strategies and applications of chitosan-based phase change materials (PCMs). It compares four main routes: physical blending, graft modification, microencapsulation, and carrier adsorption, and …
Haotian Xiang, Wenjing Su, Yi Zong
This paper systematically reviews event-based and state-based NILM methods, focusing on challenges such as real-time feedback, energy efficiency optimization, and demand response. It discusses cross-cutting issues like data quality and algo…
Sanjaya Kumar Pradhan, Young-Gon Kim, Inn-Hyup Jeong +5
This study evaluates continuous electric furnace (CEF) annealing as a low-emission route for cold-rolled low-carbon steel, achieving 98% recrystallization at 850°C and superior mechanical properties (UTS × TE = 11.1 GPa%). CEF annealing red…
Yang, Yang
This study optimizes low-rise lightweight steel-framed residential building design in China's hot-summer-cold-winter zone using life-cycle carbon analysis. It evaluates CO2 emissions from construction, operation, and demolition, proposing d…
Yize Yin, Min Zhang, Chung Lim Law +1
This paper explores low-carbon drying technology for plant-based foods from an Industry 5.0 perspective. It proposes collaborative innovation and high-value transformation, aiming to improve energy efficiency and reduce environmental impact…
Yi Wei, Renfu Jia, Qiyue Du +5
This study compares four low-carbon retrofit measures (efficient lighting, greening, rooftop PV, electrification) in a Chinese residential community using life cycle assessment. Results: lighting reduces 77.8% of lighting emissions; rooftop…
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