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 22781–22800 of 36021 papers
Musaddaq Azeem, N. Amor, M. Noman +2
This review proposes a conceptual decision-support framework integrating asbestos management, alternative insulation materials, life cycle assessment, and circular economy principles for building retrofit. The literature synthesis indicates…
Amirhossein Naseri, S. M. Fattahi, Arian Sarchami
This study evaluates mechanical and environmental performance of rammed earth walls reinforced with waste carpet fibers and stabilized with cement or alkali-activated GGBS. Combined use of 10% stabilizer and 3% fibers achieved 3.7-fold high…
Evangelia I. Frangedaki
This paper proposes adaptive reuse of early 20th-century adobe refugee dwellings in Athens suburbs for social housing. Combining historical documentation, field surveys, and microclimatic analysis, it develops a framework for compatible res…
M. Venkateswari, Adla Surakshith, Kommu Naga +6
This study evaluates the structural performance and durability of geopolymer concrete modified with nano silica and corrosion inhibitors. Compressive strength, split tensile strength, chloride penetration, and accelerated corrosion tests we…
M. Sodomon, Comlan Vianney Zomahoun
This study systematically reviews thermal insulation materials from plant bio-raw materials (flax, hemp, straw, cork, cellulose) using literature analysis, numerical hygrothermal modeling, and Life Cycle Assessment (LCA) per EN ISO 10456. I…
Yuliang Hu, He Wang, Y. Duan +7
This review systematically analyzes all-solid-waste cementitious materials (ASWs) from industrial waste. It covers activation strategies for precursors like fly ash and slag, synergistic waste design, and machine learning for mix optimizati…
Abdulaziz Alaskar
This paper proposes using calcined red mud, a waste product, as an activator for ground granulated blast furnace slag mortar, aiming to reduce environmental impact and promote resource recycling.
Shan Gao, Jicheng Xu, Sijia Zhou +2
This review consolidates research on using graphite tailings (GT) as fine aggregate in concrete. GT has properties similar to natural sand, and a replacement rate of 10-20% optimizes workability, mechanical strength, and durability. The car…
M. A. Mansour, M. H. Ismail, M. Amran +5
This study develops high-strength concrete using ultrafine metakaolin (UFM) and heated palm oil fuel ash (HPOFA) as binders and coal bottom ash (CBA) as fine aggregate to reduce cement and sand usage. The optimal mix (10% UFM, 20% HPOFA, 10…
Hui Lu, Qiyao Zhang, Zhixiao Bai +3
This study elucidates the carbonation-induced stabilization mechanism of tidal mudflat sediments using MgO for offshore wind farm access roads. It investigates the effects of MgO content, carbonation time, and initial moisture content on st…
E. van Oort, A. Lucas, J. Kverneland +4
This paper experimentally investigates the use of creeping shale formations as annular barriers in CO2 injection and storage wells. Unlike conventional cement barriers, shale barriers withstand temperature cycling and CO2 chemical attack, m…
Tabassum L Tabassum L, S. Sanjana, Mahadas Pragna Mahadas Pragna +2
This review examines the mechanical and durability properties of geopolymer concrete modified with nano-materials. Geopolymer concrete is a low-carbon alternative to Portland cement, utilizing industrial byproducts to reduce CO2 emissions. …
A. Saji, Ajmiya Basheer, M. Krishna +2
This study evaluates eco-friendly concrete using neem leaf powder as partial cement replacement and styrene-butadiene-styrene (SBS) polymer as fine aggregate replacement. At 10% replacement, maximum compressive strength is achieved while re…
Govind Ravish, Mahapara Abbass
This study evaluates the mechanical and durability properties of geopolymer concrete made from sugarcane bagasse ash, rice husk ash, and cow dung ash, reinforced with basalt fibers. Optimal fiber content of 1% improved compressive strength …
Serdal Ünal, M. Canbaz
This study develops geopolymer structural elements using only waste glass powder from Turkish glass manufacturing, with no cement. Samples with 4% NaOH achieved optimal mechanical strength and durability comparable to conventional bricks, s…
A. Kilani, B. Ikotun, Rasheed Abdulwahab
This paper reviews the structural performance of concrete incorporating palm kernel and coconut shells, aiming at waste management and production of sustainable green composites. It explores the potential of using agricultural waste as aggr…
Ny Ng, Abanda F.H, Florian M.Z
This study applies BIM to design sustainable orphanages in Cameroon using locally sourced materials like compressed earth blocks (CEBs). Through comparative analysis, CEBs showed lower construction costs, reduced embodied carbon, and improv…
Vishnu Thyagaraj, Mithun Hanumesh, M. Muniyappa +1
This review explores the potential of circular manufacturing and waste-to-resource approaches for green roof materials in India. Substrates using compost, biochar, fly ash, slag, and recycled construction waste show high water retention and…
Prasad Sonar, Sudhir Patil
This paper systematically reviews natural and synthetic fiber reinforcement in concrete, analyzing mechanical properties, durability, and environmental impact. Natural fibers offer low embodied energy but suffer from durability issues; synt…
Tawzia Manzoor, Javed Ahmad Bhat, Asif H. Shah
This study investigates the mechanical performance and life cycle assessment (LCA) of recycled geopolymer concrete incorporating waste rubber, glass, and fibers. It demonstrates the potential of sustainable construction materials to reduce …
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