This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open 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 81–100 of 677 papers
Cellura M.
This paper presents a case study of redesigning an existing Italian building to achieve net zero energy performance. Conducted under the IEA SHC Task 40 / ECBCS Annex 52 framework, it demonstrates an integrated approach of energy efficiency…
Cusenza M.A.
This paper presents an integrated approach combining energy simulation and life cycle assessment to evaluate both operational and embodied energy of a net zero energy building in the Mediterranean. It highlights the importance of considerin…
Zumrat Xudoyberdiyeva, Manzura Abdurahimova, Ruziboy Tangirov +4
This study analyzes structural engineering innovations for enhancing urban infrastructure sustainability and resilience. Integration of smart sensors, BIM, and high-performance materials yields 35% durability improvement, 25-35% maintenance…
C. Amaral, Maxwell C. Cook, Johannes H. Uhl +4
This study proposes a CNN method to classify and delineate roofing materials from high-resolution satellite imagery. Tested in Washington D.C. and Denver, it outperformed pixel-based ML by 15-17%. Roofing material mapping can aid urban plan…
M. Andrukhiv
This paper examines how parametric design contributes to sustainable architectural development. The algorithmic, variable-driven method enables rapid exploration of design configurations that optimize energy efficiency, material rationaliza…
Song Li, 阮国成, Jiali Yuan +1
This paper empirically analyzes the impact of sci-tech finance integration on urban energy efficiency in China under climate policy uncertainty. It finds a positive effect, offering policy implications for financing green innovation.
Chenqian Bian, Zhaofeng Chen
This study develops high-performance PI/VIP composite insulation materials and uses EnergyPlus to simulate their energy-saving, cost, and carbon emission impacts in three Chinese climates. Results show that compared to traditional XPS and r…
Mohsen Mokhtarian, Wu Xiaomeng, Xiaojun Liao +1
This study evaluates the impact of nonthermal pretreatments on tomato slice drying regarding kinetics, energy efficiency, carbon footprint, and quality. It highlights potential energy and environmental savings in food processing, though its…
Ajmain Inqiad Alam, Palash Ranjan Roy, Chanchal K. Roy +2
We propose Carbon-Taxed Transformers (CTT), a compression pipeline inspired by economic carbon taxation that integrates Neural Architecture Search, structured pruning, quantization, and knowledge distillation. Evaluated on code clone detect…
Wentan Wang, Haoran Cheng, Jiangtao Wen +5
This study develops a life-cycle techno-economic analysis and optimization framework for hybrid deep ground source heat pump systems. It couples a heat transfer model with economic evaluation and Bayesian optimization. Applied to a case in …
Feng Sun, Hongzhi Zhang, Runsheng Lin +2
This paper proposes an optimization framework for low-carbon cementitious systems using slag and fly ash, balancing CO2 emissions and carbonation durability. It develops a climate-adaptive design method for construction materials, offering …
Sushovan Chatterjee
This paper explores solar drying for low-emission agri-food systems, linking post-harvest management with carbon and nitrogen dynamics. It examines the potential of renewable energy-based drying to reduce GHG emissions in agriculture.
Justina Falana
This paper proposes a stakeholder partnership management framework for the whole lifecycle of net zero carbon buildings (NZCBs). Using agent-based modeling and simulation, it highlights the importance of consistent partnerships among key st…
Zhenwei Guo, Yan Qu, Chan Xia +4
Using 218 real-world retrofit projects in China's Hot Summer and Cold Winter region, this study applies XGBoost-SHAP and Apriori analysis to identify core technologies (roof insulation, external wall insulation, ventilation) and three co-ad…
Emmanuel Bisengimana, Yanping Yuan, Gaudence Nyiranzeyimana +3
This paper evaluates the heating performance of a dual-source PV/T (photovoltaic/thermal) heat pump system and its potential for building energy decarbonization. It analyzes system efficiency and practicality, highlighting benefits of renew…
Almazam K.
This study uses simulation and reinforcement learning to assess and optimize semitransparent photovoltaic glazing for net-zero energy buildings in hot-arid climates, balancing energy generation and consumption to propose optimal window desi…
Fakhri Alam, Awais Salman, Dong Bo +2
This study examines enablers and challenges for green and low-carbon building technology in Chongqing, China. Through literature review and survey of 100 construction companies, it identifies key enablers (e.g., energy optimization, improve…
L.N.K. Weerasinghe, Amos Darko, Ridwan Taiwo +1
This paper presents multi-objective optimization models for net-zero carbon retrofitting of residential buildings, balancing environmental, social, and economic sustainability. The models help decision-makers select retrofit strategies that…
Piacentino A.
This paper proposes sector- and user-oriented eligibility criteria for high-efficiency CHP to promote polygeneration in buildings. It aims to improve energy efficiency and reduce CO2 emissions, including a methodology for setting criteria a…
Tang S.J.
This paper presents SmartMote, a design for solar-powered sensor networks that balances energy efficiency and value of information (VoI) for environment monitoring. The approach optimizes sensor placement and power management to maximize da…
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