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 41–60 of 999 papers
A. Myronchuk
This study compares modern building envelope materials (mineral wool, EPS, aerated concrete, ceramic blocks, CLT, SIP, bio-based) on thermal efficiency and life-cycle carbon footprint. Wood-based and bio-composite materials show the lowest …
Kari Steyn, Wibke De Villiers, Adewumi John Babafemi
This study evaluates hempcrete as a carbon-negative construction material, testing two mix designs with lime-metakaolin binder and partial potassium sulphate substitution. A 3% sulphate replacement improved compressive strength, reduced dry…
Alessandro Barucci
A practical case study on the functional refurbishment of Villino Abetti at the Arcetri Observatory in Italy, targeting improved energy efficiency and carbon neutrality. It illustrates a concrete decarbonization pathway for public and resea…
Bailing Zhou, Yinyin Deng, Niejiaying Xie
Proposes a decision-support framework optimizing energy, comfort, and carbon trade-offs in retrofitting traditional Chinese Sanheyuan dwellings. Two-stage SHAP analysis interprets design-variable contributions, while Pareto clustering organ…
Madalina Elena Abalasei, Daniela Fighir, Ramona Ciobanu +1
This study integrates the ECAM tool with Entropy weighting and TOPSIS to assess energy use and GHG emissions across abstraction, treatment, and distribution stages of a surface water supply system in Iaşi, Romania. It estimates 10.35 GWh an…
Oumaima Arib, Aziz Ettahir
Public buildings account for 30% of global final energy use and 26% of energy-related emissions. This systematic review surveys a decade of literature on KPIs and assessment methods for energy efficiency, passive envelope design strategies,…
Yeongju Jung, Seung Hwan Ko
Radiative cooling (RC) passively dissipates heat to outer space via infrared emission, offering an energy-free alternative to conventional cooling. Advances in spectrally selective optics have extended RC from opaque to transparent, colored…
Guo H.
This work couples radiative cooling with phase-change materials for dynamic cold-energy management, spanning materials integration to heat-flow regulation. It points to reduced cooling energy demand, though the missing abstract leaves quant…
Wang K.
This work optimizes coordinated capacity planning of compressed-air and flywheel energy storage for data centers directly connected to green power. It targets absorbing renewable variability while securing power quality and supply reliabili…
Pearce J.
This paper examines how electric utility customer charge structures shape demand-side energy conservation and adoption of distributed generation. It argues that eliminating or redesigning customer charges can induce conservation and on-site…
Zhou Z.
A study on the operational performance of net-zero energy buildings (ZEBs) in China. It likely examines the gap between designed and actual energy performance in real operation. Useful as empirical evidence on whether ZEBs deliver promised …
Oh S.
A study analyzing measured energy data from a net-zero energy commercial building in a cold, dry climate. It examines the gap between design assumptions and actual operational consumption, offering lessons for ZEB design and building contro…
Craft W.
This study examines the potential for ambitious embodied carbon reductions in Australian office buildings. It highlights that building decarbonization requires addressing upfront, material-related emissions (upstream Scope 3), not just oper…
Berry S.
This work presents a practical 'recipe' for achieving net zero energy homes in warm temperate climates, combining efficiency measures and on-site renewables. It offers design guidance for decarbonizing the residential sector, though detaile…
Yafei Fan, Wei Zhang, Wenjie Lv +4
This paper reconsiders advanced oxidation processes (AOPs) for water treatment through a low-carbon lens. With no abstract available, specific methods and results cannot be verified, but the work likely targets reducing energy and chemical …
Dimitrije Manić, Mirko Komatina, Marija Lalošević +1
This study compares three retrofit pathways—insulation, extensive green roof, and rooftop PV—for two 40+ year-old lamella residential buildings in Novi Beograd, Serbia, using calibrated dynamic simulation and cradle-to-use LCA. Insulation a…
E. Febriyani, Agus Suroso
This study analyzes how policy, agency commitment, and financial factors affect investment costs in green data center projects using questionnaires and multiple regression. Value engineering with liquid cooling cut costs by ~15.34% and impr…
Thịnh Ngoc Pham
A reliability-based multi-objective optimization framework for RC cantilever retaining walls minimizes cost and embodied carbon simultaneously. Four limit states are verified, and three surrogate families (XGBoost, Kriging, sparse PCE) are …
R. Sidełko, R. Suszyński, R. Cichowicz +3
An LSTM neural network was developed to predict aeration intervals at a full-scale sewage-sludge composting facility in Tczew, Poland, using 41 industrial cycles of sensor and physicochemical data. The ANN-based control cut specific aeratio…
Xueyue Hu, Mengyuan Dang, Ayman Elshkaki +2
Using a dynamic stock-driven model of China's lighting transition (2000-2060), this study shows that LED adoption cuts operational electricity but raises material intensity and embodied GHG emissions. Among four decoupling strategies, effic…
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