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 181–200 of 1004 papers
Zhifu Zhou, Lingyun An, Chenggong Chang +3
This study proposes an energy-saving calcination strategy that reduces the decomposition temperature of hydromagnesite by adding trace waste bischofite, enabling complete decomposition at 700°C in 2 hours. This allows low-temperature produc…
Haluk Yaman, Berkay Gür
This review maps the accountability chain in public building decarbonization across procurement (Stage A), energy performance contracting (Stage B), and measurement and verification (Stage C). Analyzing 35 reports, it finds that only one st…
Chatchaphon Ketviriyakit, Adul Phuk-in
This study develops a mathematical model for production scheduling at an agricultural vehicle manufacturer in Thailand, aiming to minimize makespan and product carbon footprint (CFP). Using a local search heuristic, the model was validated …
Bankole Awuzie, Alireza Moghayedi, Wanda Odendaal +1
This study proposes a decision-support framework integrating circular economy strategies into adaptive reuse and retrofit projects of underutilized buildings. Using the ReSOLVE framework and Delphi method with 19 experts, it identifies and …
Şahin K.
This study evaluates the potential for reducing energy consumption and GHG emissions through input optimization in greenhouse tomato production in Antalya, Turkey. Using data envelopment analysis, it identifies inefficiencies and suggests i…
Zhao J.
This paper presents preliminary findings on a 'passive' approach to achieving net zero in New Zealand social housing, focusing on energy efficiency and carbon reduction. Specific data and conclusions are not yet available.
Xianyu Wang, Xuyang Feng, Haoyang Wang +3
This paper presents a reusable modular wearable bioelectronics platform that decouples a common digital back end from interchangeable analog front-end modules, enabling task-adaptive reconfiguration. Manufacturing-stage carbon-footprint ana…
(著者不明)
This paper explores computational design methods for low-carbon and climate-responsive architecture and urban environments. While specific details are unavailable, it likely focuses on optimizing energy efficiency and climate adaptation in …
Valero A
This systematic review traces the co-evolution of Occupancy Planning Management (OPM) technologies from 1980s CAD to AI-enabled autonomous control, analyzing why technical capability often fails to translate into energy performance gains. I…
Mehta, Kedar
This conceptual review proposes autonomous building envelopes integrating AI, sensors, and adaptive facades for climate-responsive urban buildings. AI-enabled predictive control can reduce heating and cooling demand by 10-30%. It highlights…
Leman, A M, Sharif, H Z, Krizou, A N +4
This study uses Taguchi simulation to optimize thermal envelope, HVAC SEER, lighting, and ventilation of a tropical residential building, reducing BEI by over 50% from baseline. PVWatts estimates a 13kW PV system to meet annual energy deman…
Azam, Umair, Farooq, Muhammad, Munir, Muhammad Adeel +4
This study demonstrates that low-cost retrofits can significantly reduce building energy consumption in financially strained economies. Modeling an institutional building in Pakistan, it shows cooling load reduction from 767 kW to 408 kW wi…
Razzaq, Ibtisam, Amjad, Muhammad, Qamar, Adnan +4
This study models retrofits for an existing academic building using REVIT, achieving a 34% reduction in energy consumption and integrating a 41.6 kW solar system to reach net zero energy. Annual CO2 savings are 32.8 metric tons, and the bui…
Özbek O.
This study assesses energy consumption and greenhouse gas emissions in kumquat production in Türkiye, quantifying environmental burdens per production stage and offering insights for sustainable agricultural practices.
Haraldsson J.
This paper provides a taxonomy of energy end-use and GHG emissions in the aluminium industry and casting foundries, along with saving potentials and key performance indicators (KPIs). It offers a practical framework for decarbonizing an ene…
Rachel Filgueiras Paschoalin, Nigel Isaacs
This paper examines the applicability of the European standard EN16883:2017 for energy retrofit of historic buildings to New Zealand. Through three hypothetical retrofit cases, it analyzes the benefits and limitations of the standard and pr…
El Hussein Essam, Omar Abdelaziz, Mohamed Salaheldin +1
This study analyzes barriers and drivers of energy efficiency adoption in Egypt's private sector (industry, buildings, transport) based on 17 stakeholder interviews. Key drivers include carbon reduction commitments, regulatory compliance, d…
BuildOn project
This policy brief examines the potential of smart technologies in Europe's building stock to accelerate decarbonization, energy efficiency, and occupant wellbeing. It argues that digitalizing energy management is crucial for meeting climate…
K. Bhardwaj
This study evaluates passive design strategies for a commercial building in Qatar using energy simulation, showing up to 34% reduction in energy consumption and carbon emissions. It provides evidence for energy-efficient building design in …
K. Bhardwaj
This study evaluates passive design strategies for a commercial building in Qatar using energy simulation. Seven strategies were applied, achieving up to 34% reduction in energy consumption and carbon emissions. It demonstrates the effectiv…
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