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 22941–22960 of 36021 papers
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…
Anna Szewczyk, J. Dzwierzynska
This systematic review evaluates how AI, Generative Design, and BIM contribute to sustainable development in construction. Using the PRISMA protocol, it synthesizes evidence on algorithmic intelligence supporting UN SDGs (9, 11, 12, 13). Fi…
Tannaz Afshar Bakeshloo, A. Sawyer, J. D. Lee
This study conducts a standardized LCA on ten building deconstruction projects, comparing standard, good, and best-practice scenarios. Results show average emissions reductions of 62% and 86% respectively, with some projects achieving 98-99…
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 …
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 …
S. K. Singh, Jyoti Ahlawat
This paper explores the potential of a four-component blended composite cement to drive decarbonization and circular economy transition in the construction sector. It reduces CO₂ emissions compared to traditional cement and effectively util…
Noushadali V. C, V. S, Soundarya M. K
This study examines adding tire ash (TA) and silica fume cement (SFC) to construction tiles to improve structural integrity, wear resistance, and durability. With 15% TA, hardness increased 21.2% and corrosion rate decreased 94.4%, demonstr…
Basit Afaq Mir, Anissa Nurdiawati, Sami G. Al‐Ghamdi
This paper reviews carbon benchmarking methods for buildings, covering both operational and embodied carbon. It finds that 81% of studies use bottom-up approaches and nearly 88% focus on residential buildings. Benchmark values vary widely f…
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…
Linda Cusumano, Mats Granath, N. Olsson +1
This study integrates set-based design with genetic algorithm (NSGA-II) optimization to simultaneously minimize cost and embodied carbon in early building design. Applied to a reference building, the genetic algorithm alone reduced carbon b…
Prakriti Verma, Bhojram Sahu, Ashok Kumar Singh
This paper investigates carbon footprint reduction of structural concrete by partially replacing cement with SCMs like fly ash, GGBS, silica fume, and metakaolin. Using experiments and LCA, it finds GGBS at 40-50% replacement reduces CO2 by…
Sanket Girmala Mali, Rajvardhan Dasharath Patil, Vivek Satappa Patil Swajeet Santosh Belgudri, Vikas Kumbhar, Mrs. V. R. Shah Department
Nano concrete technology integrates nanomaterials to improve concrete's mechanical, thermal, and durability properties, leading to longer service life and reduced carbon emissions. Challenges include cost, scalability, and long-term environ…
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.…
Sakura Kato, Gabriel Robert
This paper integrates topology optimization with LCA for prefabricated concrete joints, incorporating global warming potential as an objective variable. The optimized design achieves a 30% mass reduction and significant embodied carbon savi…
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.…
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…
Se-Jin Choi, Jeong-Yeon Park, Chun‐Wei Chang +1
This study developed cement-free alkali-activated composites using industrial byproducts (fly ash and blast furnace slag). Adding 10% aluminosilicate material-based capsules (AMCs) improved compressive strength recovery to 112–118% and enha…
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…
Nitish Kumar, Akshay Sharma, Arpit Goyal +2
This work explores the use of waste-derived carbon black nanoparticles (CBN) in cement mortar to enhance compressive strength and thermal resistance up to 800°C. Adding 2% CBN significantly improved properties, with denser microstructure ob…
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…
Browse by Topic