This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open 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 281–300 of 732 papers
М. Рыскалиев, Кайрат Серикович Жусупов, Н. Дуспулов
This paper evaluates the thermal performance of building envelopes in Uralsk, Kazakhstan over 65 years using infrared thermography and simulation. It quantifies how aging and construction defects degrade insulation, supporting the national …
R. Venkateswarlu, Rekha Yashaswi
This review covers green materials for energy efficiency in the built environment and renewable energy systems, highlighting physics-based design, machine learning and simulation tools, and implications for climate resilience and circular e…
Weiguo Fan, Jinge Li, Nan Chen +1
Using survey data from 315 rural households in Xining, China, this study examines the impact of climate risk perception on energy-saving behavior and the mediating role of livelihood capital (physical, human, social, natural, financial). Ap…
S. Shekhorkina, M. Zakharov
This study proposes a structural solution for a timber-concrete wall panel aimed at rapid post-war reconstruction with low environmental impact. The panel consists of three layers: CLT, recycled aggregate concrete, and bio-based insulation.…
Hiroki Watanabe, Katsuaki Hidari
This paper presents design principles integrating resilience and carbon neutrality in buildings, with two case studies (high-rise and medium-sized). The principles focus on clarifying emergency functional requirements, minimizing energy dem…
O.Y. Lapshyn, H. Yaroshenko
This paper proposes an integrated HVAC system using coaxial heat recovery and multi-layer insulation. A hybrid control strategy combining PID and predictive control achieves 20–30% energy savings and 75–80% heat recovery efficiency.
Tariq Qarem, Rehab Ghoneim, M. Arabasy
This study proposes a metaheuristic–machine learning framework to model and improve the thermal behavior of bio-based wall panels in residential buildings, contributing to energy efficiency and sustainable construction.
Ramiro Correa-Jaramillo, Mercedes Torres-Gutiérrez, Ángel Chalán-Saca
This study systematically documents and assesses the bioclimatic performance of vernacular bahareque dwellings in the Ecuadorian Andes using a multi-criteria framework of 48 indicators. Five typologies were identified, all achieving over 75…
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…
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. 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…
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…
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…
M. Haverbeke, Y. Decorte, Marijke Steeman
This study assesses the environmental impact of seven non-residential and multi-family buildings in Belgium via LCA. Results are expressed in CO2-eq and aggregated points, with operational impact accounting for up to 79%. Floors and walls d…
Joni Wildman, V. Cascione, Daniel Henk +1
This study compares five substrates for mycelium-based composite insulation (MBC) using thermal conductivity and life cycle assessment (LCA). Using a thermal performance-based functional unit, straw MBC had the lowest thermal conductivity, …
Zoran Veršić, Marin Binički, Mateja Nosil Mešić
This study evaluates life cycle GHG emissions of single-family houses in Croatia, comparing embodied carbon of reinforced concrete vs. cross-laminated timber, and determines the PV capacity needed to meet upcoming zero-emission building sta…
A. Chinwe
This study assesses skills gaps and training needs for sustainable building technologies among artisans in Nigeria. Findings show moderate awareness (52%) but severe skill deficits, with training inadequacy as the main barrier. Hands-on wor…
Kavini Vindya Fernando, Charith Akalanka Dodangodage, Vinalee Maleeshi Seneviratne +6
This study evaluates direct incorporation of post-industrial textile waste (cotton, cotton-polyester blends) into cementitious ceiling sheets. The optimized CP15 formulation (15 wt% cotton-polyester) achieved thermal conductivity of 0.091 W…
Kritika Thakur, Prof. Pradeep Kumar Nirmal, Divya Kotecha
This paper reviews sustainable green building materials to replace conventional ones. Using ETABS software, it compares a conventional and a green building model on energy use, carbon emissions, lifecycle cost, and heating/cooling loads, de…
Peyman Naghipour, Afshin Naghipour, Tarana Bakirova
This study optimizes building envelopes with natural insulation and passive strategies across four Iranian climates using life-cycle assessment and multi-objective optimization. Results show 42-58% reduction in CO2 emissions, 25-35% reducti…
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