Embodied energy in residential buildings-towards the nearly zero energy building: A literature review

Cited by (407)

Items 301–400 of 407

1. Comportamiento térmico de la cubierta en un clima cálido húmedo : repercusión energética en el edificio
   Jefferson Torres-Quezada · 2018
2. Whole life embodied carbon assessment and reduction in UK buildings
   Maryam Keyhani · 2025
3. A self-sensing omnidirectional pendulum harvester for smart oceans
   Jie Zhao, Zutao Zhang, Lei Zeng, Weizhen Liu, Jianhong Zhou, Yingjie Li, Yongli Hu, Xiaoping Wu, Yanping Yuan · 2024 · Sustainable Energy & Fuels
4. The barriers and drivers of building refurbishments: an investigation of attitudes and perceptions among German architectural designers
   Sarah E. DeTroy, Julius Rathgens, Outi Ilvonen, Katja Becken · 2025 · Discover Sustainability
5. Optimizing intervention strategies of concrete structures considering carbon output impact
   Jiehui Wang, Yi Wang, Saeid Mehrpay, Jian‐Guo Dai, Tamon Ueda · 2025 · Structural Concrete
6. Carbon Footprint Calculation of Different Building Typologies under Construction and Operation Stages
   Sena AHMETOĞLU, Ayşegül Tanık · 2022 · International Journal of Environment and Geoinformatics
7. Development of Airlaid Non-woven Panels for Building’s Thermal Insulation
   Mélek Ayadi, Riadh Zouari, César Segovia, Ayda Baffoun, Slah Msahli, Nicolas Brosse · 2022 · Springer Proceedings in Materials
8. The Contribution of the Green Responsive Model to the Ecological and Digital Transition in the Built Environment
   Domenico Lucanto, Consuelo Nava · 2023 · Lecture notes in networks and systems
9. Socio-Technical Dimensions for a Sustainable Housing Transition
   Trivess Moore, Andréanne Doyon · 2023 · Springer eBooks
10. Application of Life‐Cycle Assessment Approach to Zero Energy Buildings: Case Study of an Office Building in South Korea
    Yong Gi Jung, Ji Young Yun, Kang Woo Bae, Se Hyeon Lim, Min Hee Chung, Jin Woo Moon, Jin Chul Park · 2025 · Advances in Civil Engineering
11. Development of Airlaid Non-Woven Panels for Building’s Thermal Insulation
    Mélek Ayadi, Riadh Zouari, César Segovia, Ayda Baffoun, Slah Msahli, Nicolas Brosse · 2022 · Construction technologies and architecture
12. The Impact of Optimised Set Values in Educational Buildings to Reduce Energy Consumption and Carbon Emissions
    Branca Arthur Delmonte, Stefan Maas · 2025 · Sustainability
13. Approaching the single-family building to the zero residential building status by implementing photovoltaic panels and external wall-roof pergolas for different locations in the Western Serbia region
    Aleksandar Nešović, Aleksandar Radaković, Dragan Cvetković, Robert Kowalik, Igor B. Saveljic · 2025 · Energy and Buildings
14. MICROBIAL DIVERSITY AND PHYLOGENETIC STUDIES OF SOME MICROBES OBTAINED FROM UNEXPLORED CAVES OF SAUDI ARABIA
    Reda Amasha · 2018 · Journal of Experimental Biology and Agricultural Sciences
15. Towards zero life cycle GHG emissions apartment buildings in Lebanon
    André Stephan, Laurent Stephan · 2020 · IOP Conference Series Earth and Environmental Science
16. Analysis and optimization of potential energy sources for residential building application
    Dániel Rohács · 2023 · Energy
17. Comparison analysis of temperature and thermal energy needs of two earth-based constructions in the hot semi-arid climate
    Samir Idrissi Kaitouni, Ibtihal Ait Abdelmoula, Mohamed Oualid Mghazli, Abdelmajid Jamil, Mohammed Ahachad, Jamal Brigui · 2024 · Advances in Building Energy Research
18. The Embodied Impact of Existing Building Stock
    Ming Hu · 2020 · Practice, progress, and proficiency in sustainability
19. Multi‐Level Optimization of UHP‐FRC Sandwich Panels for Building Façade Systems
    Pooya Darghiasi, Anil Baral, Bahram Abediniangerabi, Atefe Makhmalbaf, Mohsen Shahandashti · 2024 · Wiley eBooks
20. The prospects of zero energy building as an alternative to the conventional building system in Bangladesh (A review)
    Hasan Mehedhi, AMM Shamsul Alam, Hossain Mohammad Alamgir, Nurul Alam AMM · 2024 · Journal of Civil Engineering and Environmental Sciences
21. HOW TO IMPROVE EMBODIED IMPACTS OF BUILDINGS AT THE EARLY DESIGN STAGE? ROLE OF AN INNOVATIVE SYSTEM
    Ruochen Zeng, Abdol R. Chini, Gang Yu, Zeyu Wang · 2024 · Journal of Green Building
22. A framework to reduce embodied energy in residential buildings in Sri Lanka
    Ilangakoon Wijayawardhana Mudiyanselage Ashinsana Devindi Ilangakoon, S.D.A. Soorige, Sachie Gunatilake · 2025 · International Journal of Building Pathology and Adaptation
23. How many Net-Zero buildings can we build?
    Bashar Al Shawa · 2025 · Energy Conversion and Management
24. Passive scalar transport in a cross-ventilating flow with upstream source: wind and water tunnel measurements
    Subhajit Biswas, Paul Hayden, Matteo Carpentieri, Christina Vanderwel · 2025 · Experiments in Fluids
25. Impact of Embodied Energy and Carbon on the Path to Nearly Zero Energy Residential Buildings
    Nazanin Moazzen, Touraj Ashrafian · 2025 · Sustainability
26. Blueprints for sustainable structural designs
    Abdalla Talaat, Mohamed Ezzeldin, Wael W. El-Dakhakhni · 2026 · Structures
27. From opaque to semitransparent: optical, electrical and structural analysis of PCDTBT:PCBM-based organic photovoltaics with Al/ITO electrodes
    Dariusz Augustowski, Małgorzata Trzyna-Sowa, Ludmiła Marszałek, Paweł Kwaśnicki · 2026 · Solar Energy Materials and Solar Cells
28. Achieve energy self-sufficiency in energy-heavy industries (EHI) according to the latest energy regulations
    Jen-Yu Han, Sin-Yi Li · 2024 · Energy Sources Part B Economics Planning and Policy
29. Neighborhood Energy Supply-Demand Coordinated Design (NES-CoD) in early design stage
    Junkang Song, Shunqing Wu, Zihan Zhang, Hanjie Zheng, Pingan Ni, Shenfei Yu, Songjun Li, Hongli Sun, Borong Lin · 2025 · Sustainable Cities and Society
30. CON: A Case Study on a Structural System Utilizing Reused Concrete Slabs
    Adrian Kiesel, Guido Brandi, Patric Fischli‐Boson, Andri Gerber · 2026 · Springer proceedings in earth and environmental sciences
31. Life cycle assessment of building envelope for social housing: Balancing embodied impacts and operational energy
    Leticia Dalpaz, Priscila Zampier, Enedir Ghisi · 2026 · Energy and Buildings
32. Experiencing Life Cycle Assessment in Indian Additive Manufacturing Industries: Needs, Challenges and Solutions
    Alok Kumar Yadav, Anbesh Jamwal, Rajeev Agrawal, Sundeep Kumar · 2021 · Lecture notes in mechanical engineering
33. The Sustainable Housing Challenge
    Trivess Moore, Andréanne Doyon · 2023 · Springer eBooks
34. Battery Powered Grass Trimmer Life Cycle Assessment – Case Study
    Goran Rozing, Dina Jukić, Hrvoje Glavaš · 2024 · Tehnički glasnik
35. Comparison of Housing Construction Development in Selected Regions of Central Europe
    Ján Dvorský, Zora Petráková, Ján Hollý · 2017 · IOP Conference Series Earth and Environmental Science
36. Integrating Embodied Impacts and Costs during Early Design Phase of Buildings: A Case Study
    Ruochen Zeng, Abdol R. Chini · 2020 · ASCE Construction Research Congress (CRC)
37. Lifecycle Performance of High-Rise Buildings with Maximized Integrated Photovoltaic Façades
    Mark Kyeredey Ansah, Xi Chen, Hongxing Yang · 2020
38. Wpływ działań termomodernizacyjnych doprowadzających do standardu nZEB na wartość emisji CO2eq w cyklu życia budynku
    Anna Komerska · 2017 · MATERIAŁY BUDOWLANE
39. The Implementation of Nearly Zero Energy Buildings (nZEB) in Spain
    Elisa Peñalvo López, Javier Cárcel-Carrasco, M. Valcuende, María Carmen Carnero · 2018 · Advances in human and social aspects of technology book series
40. LA SUSTENTABILIDAD DE LA ENVOLVENTE CONSTRUIDA CON BLOCKS CEMENTO-ARENA
    Juan-Felipe Flores-González, Yamile Rangel Martínez, Liliana Lizárraga-Mendiola, Dagoberto Burgos-Flores, H. Pérez-Castro · 2018 · Journal of Energy, Engineering Optimization and Sustainability.
41. Energy transition and technical energy regulations in the building sector
    Christof Knoeri, Marius Schwarz, C. Nakhle · 2019 · IOP Conference Series Earth and Environmental Science
42. Wskaźniki energetyczne w ocenie środowiskowej budynków i wyrobów budowlanych
    Robert Geryło · 2017 · Przegląd Budowlany
43. Life Cycle Operating Carbon Impact of a Standardized Passive House in Various Canadian Climates
    Patrick W. Andres, Russell C. Richman · 2020 · Journal of Architectural Engineering
44. Modelling Of Ecological Regenerative Nest For Special Children (ERNS) Using Regenerative And Bio-Mimicry Concepts
    Vighnesh Rameshkumar, Moun Karthick T · 2020 · International journal of scientific and technology research
45. Edificios de Oficinas bajo lineamientos de Energía Cero en climas templados
    Micaela D’Amanzo, Carolina Ganem, María Victoria Mercado · 2020 · AJEA
46. A Comparison of Life Cycle Energy and Carbon Impacts for Passive Detached Accessory Dwelling Units and Their Design Implications
    Deva Siva Veylan · 2021
47. A Review of the Research on the Life Cycle Energy of Buildings Using Science Mapping
    Xulu Lai, Clyde Zhengdao Li, Limei Zhang, Yiyu Zhao, Zhe Chen, Shanyang Li · 2021 · Springer eBooks
48. Where Do Environmental Benefits from Repurposing Office Buildings into Apartments Come from?
    Aysegul Petek Gursel, Arman Shehabi, Arpad Horvath · 2022 · Research Square
49. Vol. 8 N. 1 (2022)
    2022 · Rivista Tema
50. An assessment of the impact of selected construction materials on the life cycle energy performance and thermal comfort in buildings
    Rajesh Haripersad · 2021
51. The Implementation of Nearly Zero Energy Buildings (nZEB) in Spain
    Elisa Peñalvo López, Javier Cárcel-Carrasco, M. Valcuende, María Carmen Carnero · 2021 · IGI Global eBooks
52. Digital models for life-cycle assessment and material-flow analysis of urban built stocks
    André Stephan · 2022 · lieuxdits
53. Conducto en T biomimético para reducir la resistencia local de un sistema de ventilación y aire acondicionado
    Ran Gao, Kaikai Liu, Angui Li, Zhiyu Fang, Zhigang Yang, Beihua Cong · 2019 · Universidad Nacional Abierta y a Distancia eBooks
54. Ecological transition for the built environment: natural insulating materials in green building rating systems
    Stefano Cascone · 2023 · Rivista Tema
55. A new building life-cycle embodied performance index
    Ming Hu · 2023
56. A course on climate change and sustainable building design
    Claire Akiko Marrache-Kikuchi, Guillaume Roux, Jean-Marie Fischbach, Bertrand Pilette · 2023 · American Journal of Physics
57. Framework to reduce embodied energy in buildings: a literature review
    Ilangakoon Wijayawardhana Mudiyanselage Ashinsana Devindi Ilangakoon, S.D.A. Soorige, P.K.S.V.S. Gunathilake · 2023 · International Research Conference of the Faculty of Architecture Research Unit (FARU)
58. A comparative Life Cycle Assessment of vulnerable dwellings along Davao River Basin using Athena Impact Estimator for Buildings
    Nurvin Zary E. Bustillo · 2023 · Journal of Emerging Technologies and Innovations
59. Probabilistic Method for the Design of Low-Carbon Buildings in the Mediterranean Climate Zone
    Giacomo Di Ruocco, Francesca La Pastina · 2024 · SSRN Electronic Journal
60. Professional Women Leaders in the Built Environment and Their Contribution to Achievement of UN SDGs
    Betty Oluwafunso Olojede · 2024 · Practice, progress, and proficiency in sustainability
61. A Self-Powered and Self-Sensing System Based on Spherical Gear Mechanism for Smart Floating Cities
    Jie Zhao, Zutao Zhang, Lei Zeng, Minyi Yi, Weizhen Liu, Jianhong Zhou, Yingjie Li, Yongli Hu, Xiaoping Wu, Yanping Yuan · 2024 · SSRN Electronic Journal
62. A Self-Powered and Self-Sensing System Based on Spherical Gear Mechanism for Smart Floating Cities
    Jie Zhao, Zutao Zhang, Lei Zeng, Minyi Yi, Weizhen Liu, Jianhong Zhou, Yingjie Li, Yongli Hu, Xiaoping Wu, Yanping Yuan · 2024 · SSRN Electronic Journal
63. Analyzing Building Energy Consumption Patterns for Green Smart City Development Using a Data-driven Method
    Jian Zhang, Xin Guo, Hao Fu, Tingxu Chen, Yue Zhang · 2024 · Atlantis highlights in engineering/Atlantis Highlights in Engineering
64. Building Resilience in High-Altitude Regions:
    Shiv Dayal Singh, Venu Shree, Harsimran Kaur · 2024 · SSRN Electronic Journal
65. The incoherence of emissions accounting principles and Net-Zero targets in the buildings sector
    Bashar Al Shawa · 2025 · Climate Policy
66. AI for Sustainability in the Early Project Stages
    Fulvio Re Cecconi, Ania Khodabakhshian, Luca Rampini · 2025 · SpringerBriefs in applied sciences and technology
67. A Review of Renewable Energy Production and Storage Systems for Households
    Leonardo Rodrigues, João M. P. Q. Delgado, Adélio Miguel Magalhães Mendes, Ana Sofia Guimarães · 2025 · Advanced structured materials
68. European Union 2050 vision on building nearly zero energy neighbourhoods for the future
    Modeste Kameni Nematchoua · 2025 · Environment Development and Sustainability
69. Pathways Towards Life Cycle Net-Zero Emissions in Australian Residential Buildings
    Shengping Li · 2024 · International Conference on Construction Project Management and Construction Engineering (iCCPMCE)
70. A systematic review of methods for reducing embodied energy in building materials: a quantitative cradle-to-gate analysis
    Reihan Hafizah Kautsar, Dewi Larasati, Suhendri Suhendri · 2025 · SINERGI
71. Operational vs embodied energy: focus on EPS insulation and PV panels for residential buildings
    Filippo de Rossi, Claudia Colosimo, Gerardo Maria Mauro, Francesca Villano · 2025 · Journal of Physics Conference Series
72. Life Cycle Assessment of Integrating Radiative Cooling Concrete into Conventional Belgian Roofs
    Nick Adams, Karen Allacker · 2025 · Lecture notes in civil engineering
73. A Hybrid Method for Embodied Carbon Accounting in Buildings: Integrating Input–OutputAnalysis, Structural Path Analysis, and Dynamic Emission Factors
    Jun Han · 2025 · SSRN Electronic Journal
74. A Hybrid Method for Embodied Carbon Accounting in Buildings: Integrating Input–OutputAnalysis, Structural Path Analysis, and Dynamic Emission Factors
    Jun Han · 2025 · SSRN Electronic Journal
75. Elektrikli Mutfak Eşyalarının Bina Enerji Tüketimindeki Payı ve Gelecek Perspektifinin İncelenmesi
    Batuhan Göçen, Mücahit Baruğ, Berke Güler, Ümit Ünver · 2025 · Karamanoğlu Mehmetbey Üniversitesi Mühendislik ve Doğa Bilimleri Dergisi
76. Integrating Embodied Emissions Data into Retrofit Decision-Making: A Methodological Approach for Building Decarbonisation
    G. S. Bartels, M. Martinho, Inês Flores‐Colen, J. D. Silvestre, R. Gomes, J. Fernandes · 2025 · IOP Conference Series Earth and Environmental Science
77. MODERN BUILDING ENERGY CODES AND EMBODIED CARBON: A CASE STUDY OF NEW RESIDENTIAL CONSTRUCTION IN THE NORTHEASTERN UNITED STATES
    Robert L. Williams · 2026 · Journal of Green Building
78. Thermomechanical Synergistic Enhancement of Boron Nitride Nanosheet-Reinforced Phase-Change Hydrogels for Highly Efficient Thermal Management
    Fangxing Liu, Lei Wu, Hao Li, Y. G. Li, Zhuoni Jiang, Fangfang He, Zhengguo Chen, Guansong He, Wenbin Yang · 2026 · ACS Applied Polymer Materials
79. Life Cycle Costs of Thermal Insulation Materials: A Case Study of Expanded Polystyrene and Mineral Wool
    Hrvoje Krstić, Dino Obradović, Mihaela Domazetović, Kristijan Gradištanac · 2026 · Lecture notes in civil engineering
80. A 3D Finite‐Element Modelling Investigation of Soil Thermal Imbalance and Recovery Strategies in Energy Pile Systems
    Sadri Shadabi, Ahmed Rezk, Moura Mehravar, Patricia Thornley · 2026 · SSRN Electronic Journal
81. A 3D Finite‐Element Modelling Investigation of Soil Thermal Imbalance and Recovery Strategies in Energy Pile Systems
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82. Optimization of Climate Neutrality for a Low-Energy Residential Building Complex in Poland
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83. Thermal, economic, and environmental assessment of optimal aerogel insulation thickness compared with conventional materials in syrian climates
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84. Life Cycle Environmental Performance Assessment of Prefabricated Buildings in the Early Design Stages: A Literature Review
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85. Parametric study of early-stage Design Drivers of Embodied energy in mid-rise Residential buildings
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86. Residents’ perceptions towards zero-energy strategies for residential building Saudi Arabia
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87. Experimental investigation on hygrothermal behavior of modified rammed earth buildings in western sichuan plateau during winter and summer seasons
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88. CON : a case study on a structural system utilizing reused concrete slabs
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89. How Carbon Price Shocks Reshape Built-Environment Supply Formation: Evidence from Construction Activity in China
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90. Technical, economic, and environmental modeling of hybrid renewable energy systems with passive design in a zero-energy urban neighborhood
    Mahmood Abdoos, Hossein Yousefi, Amirali Saifoddin, Younes Noorollahi · 2026 · Energy Conversion and Management X
91. Sustainable Transition from nZEB to ZEB in a Northern Climate: Annual Energy Performance and Whole-Life Carbon Implications of Passive and Renewable Design Choices
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92. Analysis of the Life Cycle Energy Impacts of Vacuum Insulated Glass in Manufacturing and Sustainable Buildings
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93. Net zero pathways in healthcare facilities across design retrofit and operations
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94. Risk-informed embodied-carbon break-even thresholds for component-level retain–reinforce–replace decisions in industrial building retrofits
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95. Evolution of Green Building Concepts: From Energy Saving to Net Zero – A Review
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96. Digital vernacular approach for low-carbon tropical social housing: A comparative study using engineered bamboo and parametric design
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97. Emerging structural materials lifecycle assessment roadmap
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98. Longer lives, longer-lived buildings: Implications of population aging and low-demand scenarios for Japan's residential sector decarbonization
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99. A comparative LCA of mid-rise residential building envelopes in Tehran: evaluating carbon emissions of conventional and carbon-absorbing materials in construction and operation
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100. Operational Energy and Carbon Performance of High-Solar-Reflectivity Cladding Materials in Canadian Climates
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