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 121–140 of 934 papers
Barbora Vlasatá, Nika Trubina, Anna Marie Černá +1
A 50-year building-level LCA of a Czech residential block finds operational energy (B6) dominates GWP at 1111 kg CO2eq/m2, while product stage (A1–A3) is 488 kg and replacements (B4) add 227 kg—about 46% of initial product impacts. Replacem…
Jie Hu, Xin Qiu, Fan Yang +2
This paper proposes T2FBESLS, a hybrid learning system fusing interval type-2 fuzzy logic, broad learning, and echo state networks to predict carbon efficiency in iron ore sintering. Using real industrial data, it cuts RMSE by at least ~15%…
Aisha Jilani, Shahzeb Hassan, Nadia Khan +2
This review examines distillation-centered decarbonization of refineries, focusing on crude and vacuum distillation units. It evaluates a hierarchy of interventions—operational optimization, pinch analysis, heat-exchanger network optimizati…
Minghui Yang, He Jie, Junxue Zhang +3
Proposes an integrated emergy-LCA framework to assess zero-carbon transition in heritage architecture, combining sustainability accounting with dynamic optimization. It aims to support retrofit and decarbonization decisions for historic bui…
Pengju Li
This study optimizes energy use, thermal comfort, and carbon emissions for an underground supermarket in Xuzhou, China. Using 2000 Latin hypercube samples, BP neural network surrogates, Morris sensitivity analysis, NSGA-III, and entropy-wei…
Prada M.
This work proposes new solutions to cut greenhouse gas emissions by improving the energy efficiency of hospitals, a category of high-importance buildings. Although no abstract is available, it appears to address retrofit and equipment measu…
Litjens G.B.M.A.
A study on cutting built-environment GHG emissions by combining ground source heat pumps, photovoltaics and battery storage. No abstract is available, but the work targets integrated electrification and renewable supply for buildings.
Yan-Ao-Ming Xi, Yun-Ze Li
This study proposes an energy-economic and low-carbon optimization strategy for a residential hot water system combining a heat pump water heater and heat storage tank under PV-plus-grid supply. A genetic algorithm minimizes energy cost wit…
Vu Hong Son Pham, Luu Ngoc Quynh Khoi, Nguyen Cao Khoi Nguyen
A case study integrating BIM with life cycle assessment to support low-carbon design for a hotel development in Vietnam. It demonstrates how design-stage carbon quantification of materials and operations can inform building decisions. Highl…
Jülide Erkmen, Rıdvan Yakut, Meltem Kızılca Çoruh +1
This study develops a sustainable, low-carbon thermal insulation material, optimizing its performance and assessing it via exergy-based life cycle assessment. It contributes to building energy efficiency and decarbonization through improved…
Chia Paknahad
RC floor systems account for up to 60% of concrete volume in multi-storey buildings, making them a key lever for embodied carbon reduction. Using Eurocode 2-compliant parametric studies, this paper presents a hierarchical design framework c…
Rolains Golchimard Elenga, Qingbiao Wang, Kehinde Zacheaus Babalola +3
This study proposes a climate-responsive multi-objective optimization framework combining EnergyPlus and NSGA-II to design low-carbon residential buildings across eight Central African climate zones, minimizing energy, cost, and operational…
G. Fobiri, E. Nana-Addy, A. Sam +2
This study examines drivers of green roof adoption in Ghanaian residential buildings through a Diffusion of Innovations lens. Surveying 215 homeowners and building professionals, it finds energy savings and reduced utility costs are the str…
Tsai W.H.
This work proposes a dynamic approach to knitted footwear production under Industry 4.0 that integrates short-term profitability with long-term carbon efficiency. It frames decarbonization and economic performance as a joint optimization pr…
Stefanović S.P.
A comparative analysis of how greenhouse gas reduction strategies in Serbia affect built-environment exposures relevant to health. It links building energy-efficiency measures to changes in indoor and environmental exposure conditions, high…
Haggi H.
A techno-economic assessment of net-zero energy buildings (ZEBs), examining financial projections and the incentives needed to meet energy decarbonization goals. It links building-sector decarbonization investment economics with policy supp…
Haibin Zhang, Haibin Zhang, Shiyi Shen +6
Thermochromic glazing was modeled in EnergyPlus (validated against Chongqing field data) across China's five climate zones for office buildings. A 25°C transition temperature saves 2.76–4.04% of total loads in warm zones, while Low-E compos…
Axel Bastián Poque González, Ana Julieth Calderón Márquez
This study analyzes three decades (1992–2022) of Chilean energy-efficiency governance as a path-dependent sociotechnical system, combining historical-institutional reconstruction with econometric analysis of short-run energy intensity chang…
(著者不明)
This study examines thermal modernization as a decarbonization tool for Ukraine's construction sector, targeting nZEB standards in post-war reconstruction. It analyzes Poland and Germany's phased thermal modernization experiences and develo…
(著者不明)
This study integrates explainable AI, closed-form hydration/durability models, and experimental testing for a quaternary low-carbon concrete (SCBA, GGBS, zeolite, nano-silica). The optimum mix (12 kg/m3 nano-silica) achieved 45.0 MPa at 28 …
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