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 981–1000 of 1706 papers
Zhijun Li, A. A. Abu Bakar
This study analyzes carbon emissions of prefabricated buildings in tropical climates using life cycle assessment. Material production and operation stages are the main emission sources, driven by high-carbon materials and air conditioning. …
Mohammadfarid Alvansazyazdi, Karen Intriago Bravo, Luis Stalin Cedeño Senges +1
This study conducts a Life Cycle Assessment (LCA) comparing the carbon footprint of traditional concrete and concrete modified with copper nanoparticles. It quantifies GHG emissions from raw material extraction (including nanoparticle synth…
Yanhua Wu, Yue Wang, Haining Wang +5
This paper evaluates a multi-ribbed composite wall structure (MRCWS) for rural housing in China, using shake-table tests for seismic performance, life cycle assessment for carbon emissions, and cost analysis. Compared to traditional brick m…
Tasnim Khalaili, A. Abu-Rayash
This study integrates BIM in Revit with EC3 to quantify GWP and resource use for a residential building across carbon-intensive, energy transition, and green material scenarios. Results show a 42% reduction in embodied carbon for the green …
D. Paliwal, K. Choudhary, S. Kakoty +1
This study uses LCA to compare bamboo flooring with ceramic, marble, and Kota stone in India. Bamboo flooring showed the least environmental impact in most categories except surplus ore potential. The manufacturing phase and electricity con…
Haibin Li, Hua Liu, Lingchen Kong +5
This study investigates thermally activated coal gangue (CCG) as a low-cost substitute for commercial calcined clays in limestone calcined clay cement (LC3). With optimal mix design (CCG:limestone=2:1, 20% replacement), it achieves 28-day c…
Cheng-En Song, Jingxun Kong, Lingling Wang +2
This study uses life cycle assessment (LCA) to quantify carbon emissions from different urban slurry resource utilization pathways. It compares multiple treatment and utilization methods to identify low-carbon options. The findings provide …
Anne Johnstone, G. Allison, Gemma Read
This paper presents a case study of applying whole life carbon assessment (WLCA) to Lancaster University's Solar Farm and associated Energy Centre/District Heat Network. It examines alignment with RICS guidance, challenges encountered, and …
Seyedehniloufar Mousavi, Tristan Brown, Robert W. Malmsheimer +2
This study performs a life cycle assessment of bioplastics (PLA, PEF, PP) as carbon-storing building materials for New York State. Bioplastic assemblies reduce operational energy demand by 5-10% and net life cycle emissions by 110-210 kg CO…
Yun Gao, Nwakaego C. Onyenokporo, Manas Murthy +1
This paper proposes integrated design to upcycle waste from modular building factories into a community garden pavilion. Whole-life carbon assessment of three scenarios shows up to 81% reduction compared to using new materials, demonstratin…
B. Pradeep, N. Lavanya, M. R. Archana +2
This study compares energy consumption and carbon emissions from conventional and alternative materials in pavement construction and maintenance. Using life cycle assessment, it highlights the importance of material selection for reducing e…
Dr. R. Manju, Srinithi P, Dr. V. Selvan
This study integrates structural performance, durability, and carbon footprint assessment of reinforced concrete with supplementary cementitious materials (SCMs) like Metakaolin, Alccofine, and Biocement. Results show Alccofine improves str…
S. Almuaythir, A. Ahmed
This study investigates cement substitution with marble dust (5-30%) in concrete. Optimal 15% replacement improves compressive strength by 5.4% and reduces carbon emissions by 34% (285 vs 430 kg CO2-eq/m3) while cutting cement cost by 30%. …
Mochammad Sulton Sahara, A. Saggaff, Mahmood M. D. Tahir +1
Presents an LCA-based framework for quantifying carbon footprint of green buildings aligned with Indonesian building codes. Applied to an 8-story university building, total 50-year carbon is 15,302 tCO₂e (1,510 kgCO₂e/m²). Operational energ…
Xierong Gu, Ron Mahabir, Lei Fan
This paper evaluates both embodied and operational carbon performance of common floor slab systems in China. A comparative analysis suggests that the choice of slab system significantly impacts total lifecycle carbon emissions.
Rui Zhao, Hoong-Pin Lee, Jianglin Wang
This paper presents a case study of a Chinese library achieving three-star green building certification through life-cycle carbon assessment. By replacing materials, local procurement, prefabrication, and renewable energy integration, total…
Fleet Howard, Peyton Catarelli, Jayden Huang
This paper analyzes the embodied carbon implications of New York City's housing policy (City of Yes for Housing Opportunity), which may generate large amounts of construction waste. It presents a neighborhood-scale method to evaluate buildi…
H. Tai, He Yang, Mu-Chun Liao +2
This study conducts a life cycle assessment of carbon emissions from prefabricated component production for a semiconductor facility. Concrete and steel account for 82.7% of total emissions (10,794 and 2,285 tCO₂e, respectively). An integra…
Sujeet Kumar Singh, Kunj Kumar Dubey, Satyaendra Ram
This study proposes a BIM-LCA-LCC integrated framework and applies it to a residential case in Patna, India. Optimal material selection can reduce lifecycle carbon emissions by 30-35% (from 400-420 to 270-290 kgCO₂e/m²). Although initial co…
O. Alabi, Adeoti Oyegbori Laoye
This study applies a comprehensive LCA framework to evaluate the environmental performance of construction materials and investigate strategies for integrating circular design and renewable energy to reduce carbon footprints. Results show m…
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