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 881–900 of 1781 papers
A. Nuryawan, R. Karolina, Muhammad Andhika Ramadhan
This study proposes hybrid paving blocks by adding plastic and wood waste to traditional cement-sand mixtures. The approach recycles resistant plastics, stores carbon in wood particles, and contributes to long-term climate mitigation. Physi…
Maaz Nasir, Ali S. A. Saleem, Salman Malik +5
This study developed eco-friendly concrete blocks by partially replacing cement with waste marble powder (WMP) and rice husk ash (RHA) at 15% and 30%. Results showed that 15% WMP mix increased compressive strength by 25% and tensile strengt…
Xuejing Zhang, Mingyuan Zhou, Yuan Mei +1
This study investigates a ternary solid waste system (coal gangue, steel slag, gasification slag) for alkali-activated cementitious materials, achieving 7.653 MPa compressive strength. It offers a low-carbon alternative to conventional ceme…
N. Parveen
This review examines high-performance concrete incorporating Ground Granulated Blast Furnace Slag and Fly Ash. Results show enhanced strength, reduced heat of hydration, improved resistance to sulfates and chlorides, and lower carbon emissi…
Hongrui Chen, L. Präger, J. Woytowicz +1
This study proposes an integrated method combining Urban Mining Index (UMI) and Life Cycle Assessment (LCA) to simultaneously evaluate building recyclability and Global Warming Potential (GWP). Using the NAWAREUM museum in Germany as a case…
G. Kalpana, Chappidi Hanumantha Rao, M. Adamu +2
This paper applies a multi-criteria decision-making approach with uncertainty quantification to optimize the composition of geopolymer composites based on calcium carbide residue, a waste material. It contributes to low-carbon construction …
S. Bigiotti, Carlo Costantino, Alvaro Marucci
This paper proposes substituting steel prefabricated systems with timber for livestock buildings, using a poultry house case study in Italy. Life Cycle Assessment and cost analysis show timber reduces Global Warming Potential by 29% (up to …
I. Pundienė, J. Pranckevičienė, A. Mažeikienė +4
This pilot study synthesizes lightweight geopolymers from wood biomass ash for phosphorus removal from wastewater. Porous aggregates (PA) and air-entraining additives (AEA) produce geopolymers with densities 985-1400 kg/m3, compressive stre…
Z. Akbulut, S. Guler, M. Arvas +4
This review evaluates the environmental sustainability of recycled polymer fibers (RPFs) in concrete. LCA studies show 40-85% energy reduction and 25-75% global warming potential reduction compared to virgin fibers. Challenges include proce…
P. Baral
This review comprehensively analyzes sustainable materials and technologies for road pavement. It examines Recycled Asphalt Pavement (RAP), Reclaimed Concrete Aggregate (RCA), industrial by-products like fly ash and slag, and geopolymers as…
M. Mohibullah, Saniure Rahman Sheam
This paper evaluates the long-term performance of recycled plastic fibers (RPF) in concrete through experiments and life-cycle assessment. Optimal dosage (about 1% of cement mass) improves flexural and compressive strength and reduces shrin…
C. Ruiz-Díaz, Paula Triviño-Tarradas, G. Guerrero-Vacas +3
This study proposes an OpenBIM-based digital-twin methodology to compare conventional RC structures with those using waste wool fibres in cementitious materials. Using an IFC model of a high-rise building, it automates extraction of structu…
Dudhwala Rinkal, Siksha Swaroopa Kar, Rajesh Gujar
This paper reviews advances in hot recycling of asphalt pavements, covering real-time performance, material characterization, and future innovations.
C. Uzoma, B. J. Olawuyi, O. O. Joshua +1
This study investigates cocoa pod husk ash (CPHA) as a partial cement substitute in mortar, evaluating compressive strength and pozzolanic activity. The strength activity index for all CPHA replacements exceeded the ASTM minimum of 75%, con…
S. Mohan, P. Ponkarthikeyan, D. Velumani +1
This study optimizes the use of granite dust (GD) and marble powder (MP) in cement mortar tiles to enhance performance and reduce environmental impact. Optimal mix (15% GD, 10% MP) achieved highest density and modulus of rupture (14.37 MPa)…
Ruizeng Cao, Guohao Zhang, Tingting Yang +4
This study applies dynamic material flow analysis to quantify material stocks of residential and non-residential buildings in Xi'an and Chengdu from 1950-2050. It finds stocks will peak around 2040, and an 80% material recovery rate can lar…
Advika Gupta, Geeti Gupta
This study explores converting textile waste into composite bricks for building materials. Epoxy- and cement-based composites offer high mechanical strength, while glue- and POP-based bricks provide superior thermal insulation, enabling app…
O. Savchenko, L. Savchenko
This paper presents a comprehensive study on transforming the construction industry based on circular economy principles, focusing on Ukraine's post-war reconstruction. It advocates shifting from linear demolition to selective deconstructio…
Anping Liu
This paper discusses the advantages of attached lifting scaffolds in super high-rise building construction, including standardized management, enhanced safety, material and labor savings, and low-carbon attributes. It addresses construction…
A. K. Kairakbaev, M. Aliyev, Z. Tukashev
This review systematically analyzes technologies for utilizing self-disintegrating slags from low-carbon ferrochrome production. Applications include building materials, water treatment sorbents, agricultural ameliorants, and road construct…
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