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 581–600 of 1004 papers
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…
Marine Eliard, Aurora Bertini, M. Al-Obaidy +1
This paper analyzes the life cycle and energy performance of a circular office building in a temperate climate, comparing it to conventional buildings and applying circular economy principles.
Lei Wang, Weizhe Ge, Gang Huang +4
This paper presents a green, solvent-free flash Joule heating method to synthesize high-quality graphene from carbon black for reinforcing cement composites. The synthesized graphene (0.20 wt%) increased compressive strength by 161% and imp…
Anya Montserrat Pulido Cavada, Federico de Isidro Gordejuela, Juan M. Ros-García +1
This critical review examines earthen and bio-based construction materials for urban climate action across material, building, and urban scales. It compares unstabilized and stabilized earth, noting overlaps and trade-offs, and reports typi…
Tahera, S. Prathipati, S. Rekha +3
This systematic review examines how integrating Building Information Modelling (BIM), Artificial Intelligence (AI), and Additive Manufacturing (AM) can advance Net-Zero Construction (NZC) by reducing operational energy, embodied carbon, and…
Odimegwu Temple Chimuanya
This review consolidates historical, engineering, and modern perspectives on laterite as a construction material. It covers traditional applications, contemporary uses, physical/chemical properties, stabilization techniques, and sustainabil…
Marianna Postolatii, M. Biloshytskyi
This study proposes a new thermal insulation building material combining cement, expanded polystyrene, carbon black, and a foaming agent. Results show that carbon black densifies the cement microstructure, improving compressive strength and…
Han Sun, Xiaowei Xie, Mingxing Xie +1
This study develops a clinker-free geopolymer using fly ash, red mud, phosphogypsum, and calcium carbide slag without commercial alkali activators. Under sealed curing, 28-day compressive strength increases by 33% to 14.09 MPa. Leaching tes…
N. Madasu, Farnaz Saadat, N. Laredj +4
This study compares recycled denim (cotton fiber) and polyurethane foam insulation using cradle-to-gate LCA and coupled heat-moisture modeling. Results show that recycled denim has lower environmental impacts per installed area and thermal …
C. Ngandu, G. Mucsi
This study demonstrates that mechanical activation (MA) of construction and demolition waste (CDW) improves early-age compressive strength as a cement substitute. The optimal replacement of cement with MA CDW is 25%, achieving up to 67 MPa.…
Liulei Lu, Xiaoli Li#, Qi Luo +3
This study uses LCA to optimize a hybrid cement system combining sulfoaluminate cement with GGBFS and fly ash, achieving a 70% CO2 reduction compared to OPC. Adding 4% desulfurization gypsum improved compressive strength and pore structure.…
C. Paknahad, M. Tohidi, A. Bahadori‐Jahromi
This study evaluates the impact of four beam configurations (Without Beam, Internal Beam, Perimeter Beam, Full Beam) on embodied carbon and construction cost of reinforced concrete two-way joist slabs. Using Eurocode-compliant design and no…
A. Hzami, A. Abu-Rayash
This systematic review of 100 articles (1985-2024) on expanded perlite as a building material finds that it reduces thermal conductivity to as low as 0.034 W/m·K and improves compressive strength by up to 50% at 35% replacement. However, hi…
Emilia Sage, R. Fieldson
This empirical study examines opportunities to reduce material waste in UK housebuilding, quantifying cost and embodied carbon savings through improved estimating and procurement. Using mixed methods including three development analyses and…
Yuan Chen, Mohamed Elbleihy, Dorota Wolak +2
This study evaluates wall-system substitution to reduce embodied and operational carbon in two Egyptian housing projects using a BIM-based digital twin workflow. Replacing conventional walls with lightweight, energy-efficient alternatives c…
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