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 641–660 of 1078 papers
Joni Wildman, V. Cascione, Daniel Henk +1
This study compares five substrates for mycelium-based composite insulation (MBC) using thermal conductivity and life cycle assessment (LCA). Using a thermal performance-based functional unit, straw MBC had the lowest thermal conductivity, …
Zoran Veršić, Marin Binički, Mateja Nosil Mešić
This study evaluates life cycle GHG emissions of single-family houses in Croatia, comparing embodied carbon of reinforced concrete vs. cross-laminated timber, and determines the PV capacity needed to meet upcoming zero-emission building sta…
A. Chinwe
This study assesses skills gaps and training needs for sustainable building technologies among artisans in Nigeria. Findings show moderate awareness (52%) but severe skill deficits, with training inadequacy as the main barrier. Hands-on wor…
Kavini Vindya Fernando, Charith Akalanka Dodangodage, Vinalee Maleeshi Seneviratne +6
This study evaluates direct incorporation of post-industrial textile waste (cotton, cotton-polyester blends) into cementitious ceiling sheets. The optimized CP15 formulation (15 wt% cotton-polyester) achieved thermal conductivity of 0.091 W…
Kritika Thakur, Prof. Pradeep Kumar Nirmal, Divya Kotecha
This paper reviews sustainable green building materials to replace conventional ones. Using ETABS software, it compares a conventional and a green building model on energy use, carbon emissions, lifecycle cost, and heating/cooling loads, de…
Peyman Naghipour, Afshin Naghipour, Tarana Bakirova
This study optimizes building envelopes with natural insulation and passive strategies across four Iranian climates using life-cycle assessment and multi-objective optimization. Results show 42-58% reduction in CO2 emissions, 25-35% reducti…
P. Rahayu, A. Muhammad
This systematic review examines advances in sustainable materials and green construction technologies. It identifies that current research emphasizes technical material optimization through experimental studies, with limited integration of …
V. A, D. M, K. Ks +2
This study develops mycelium-based bio-bricks using rice straw as substrate. The bricks show compressive strength of 0.30–0.45 MPa, thermal conductivity of 0.055–0.075 W/m·K, and ultra-low density (120–180 kg/m³). Life Cycle Assessment reve…
M. Jadhav
This study explores moss-grown concrete that integrates living moss into concrete matrices to naturally absorb CO2, reduce pollutants, and improve thermal insulation while maintaining structural integrity. It examines growth behavior on M35…
Yifan Zhou, Junwei Liu, Hailu Wei +5
This paper proposes a multifunctional radiative cooling geopolymer (MRCG) as a sustainable building material combining thermal insulation and radiative cooling. MRCG achieves low thermal conductivity (0.31 W/(m·K)), high solar reflectance (…
Р. Ережепов
This paper examines arbolite blocks (wood chip-cement composite) as a low-carbon construction material, analyzing their production technology, physical properties, and environmental benefits. Comparative analysis with brick and aerated conc…
Chang-jun Zhong, Zhaofeng Chen, A. Speroni +1
This review explores the reuse of stone slurry waste (63.5 million tons/year) as a sustainable filler in cement-based materials. Carbonate slurries with high CaCO3 purity can replace 10-15% cement or 20-40% fine aggregate, enhancing compres…
Muhammad Umer, N. Zada, Paul O. Awoyera +3
This study investigates the combined use of palm oil fuel ash (POFA) and jute fiber (JF) in concrete to reduce cement-related carbon emissions. Experimental tests show that 0.10% JF with 10% POFA improves mechanical strength by up to 26%, w…
H. Hoang
This paper explores how traditional Vietnamese passive design principles (natural ventilation, shading, local materials) can inform sustainable high-rise buildings in Ho Chi Minh City to reduce energy demand and carbon emissions. Using qual…
M. Fedorczak-Cisak, B. Sadowska, Elżbieta Radziszewska-Zielina +4
This paper analyzes the optimization of carbon footprint (both embodied and operational) for a low-energy residential building complex in Poland. Through social participation (user survey), an optimal variant was selected that reduces prima…
Matheus Vinicius Pinheiro Aristimunho
This paper presents a critical semi-systematic literature review on sustainable materials and techniques in building construction. It evaluates alternatives such as recycled aggregates, green concrete, earthen materials, geopolymers, and Gr…
Yulia Molchanova, Olga Khartsii, Ilhan Hojakurbanov +2
This paper examines 3D printing in construction for environmental sustainability. It analyzes the use of eco-friendly materials like geopolymer and fly ash to reduce CO2 emissions and waste, with examples from Russia and abroad. The study e…
S. Bhatt, K. Bhatta, B. Bohara
This critical review assesses traditional Tharu mud house techniques in Kanchanpur, Nepal, for sustainability indicators such as embodied energy, thermal comfort, and cost efficiency. It highlights the low-carbon potential of these vernacul…
D. Thoradeniya, C. Jayasinghe, I. E. Ariyaratne
This study compares waste-based masonry materials (AAC and EPS blocks) with conventional cement-sand blocks in terms of embodied energy (via process-based analysis with on-site work studies) and operational energy (via thermal simulations f…
Bhushan S. Madavi
This study compares cost estimation between conventional and smart construction materials (AAC blocks, EPS panels, gypsum plaster) for a G+1 residential building in India. Results show smart materials reduce total construction cost by 18.44…
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