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

Cited by (407)

Items 201–300 of 407

1. Embodied versus operational energy in residential and commercial buildings: where should we focus?
   Ayşegül Demir Dilsiz, Juliana Felkner, Guillaume Habert, Zoltán Nagy · 2019 · Journal of Physics Conference Series
2. An Integrated Methodology of Subjective Investigation for a Sustainable Indoor Built Environment. The Case Study of a University Campus in Italy
   Erminia Attaianese, Francesca Romana d’Ambrosio Alfano, Boris Igor Palella, Daniela Pepe, Roberto Vanacore · 2021 · Atmosphere
3. Controllable cross-building multi-objective optimisation for NZEBs: A framework Utilising parametric generation and intelligent algorithms
   Ruijie Liu, Tao Fang, Yuanlong Cui, Yanzheng Wang · 2024 · Applied Energy
4. A Whole-Life Carbon Assessment of a Single-Family House in North India Using BIM-LCA Integration
   Deepak Kumar, Kranti Kumar Maurya, Shailendra K. Mandal, Nandini Halder, Basit Afaq Mir, Anissa Nurdiawati, Sami G. Al‐Ghamdi · 2025 · Buildings
5. Perception of Embodied Carbon Mitigation Strategies: The Case of Sri Lankan Construction Industry
   Lebunu Hewage Udara Willhelm Abeydeera, Wadu Mesthrige Jayantha, Tharushi Imalka Samarasinghalage · 2019 · Sustainability
6. Ecological comparison of hygrothermally safe floor constructions based on renewable raw materials for multi-storey buildings
   Henriette Fischer, Florian Frühwald, Azra Korjenić · 2022 · Journal of Building Engineering
7. Developing an Integrated Framework for Assessing the Life Cycle Greenhouse Gas Emissions and Life Cycle Cost of Buildings
   Monique Schmidt, Robert H. Crawford · 2017 · Procedia Engineering
8. Shedding light on the efforts into the rehabilitation of a major culprit of carbon emissions: A scientometric analysis of net-zero in the built environment sector
   Eduardo Navarro-Bringas, Godawatte Arachchige Gimhan Rathnagee Godawatte · 2022 · Energy and Buildings
9. Ecological Potential of Building Components in Multi-Storey Residential Construction: A Comparative Case Study between an Existing Concrete and a Timber Building in Austria
   Henriette Fischer, Martin Aichholzer, Azra Korjenić · 2023 · Sustainability
10. A Review of Evaluative Measures of Carbon-Neutral Buildings: The Bibliometric and Science Mapping Analysis towards Sustainability
    Quddus Tushar, Guomin Zhang, Satheeskumar Navaratnam, Muhammed Ali Bhuiyan, Lei Hou, Filippo Giustozzi · 2023 · Sustainability
11. Embodied life cycle assessment comparison of single family residential houses considering the 1970s transition in construction industry: Atlanta case study
    Arezoo Shirazi, Baabak Ashuri · 2018 · Building and Environment
12. Scientometric of Nearly Zero Energy Building Research: A Systematic Review from the Perspective of Co-Citation Analysis
    Mengmeng Wang, Xiaojun Liu, Hanliang Fu, Baiyu Chen · 2019 · Journal of Thermal Science
13. Managing the additional cost of passive buildings from the supply chain perspective: A case of Nanjing, China
    Xinyi Luo, Hui Liu, Xianbo Zhao, Peng Mao · 2022 · Building and Environment
14. Regression Models for Predicting the Global Warming Potential of Thermal Insulation Materials
    Ibrahim Tajuddeen, Seyed Masoud Sajjadian, Mina Jafari · 2023 · Buildings
15. Improving Life Cycle Sustainability and Profitability of Buildings through Optimization: A Case Study
    Farshid Shadram, Jani Mukkavaara · 2022 · Buildings
16. Comparative Life Cycle Assessment of a Historic and a Modern School Building, Located in the City of Naoussa, Greece
    Vasiliki Pachta, Vasiliki Giourou · 2022 · Sustainability
17. Energy Analysis of Standardized Shipping Containers for Housing
    Elena Arce, Mirela Clementina Panait, José María Lago-Cabo, Raquel Fernández-González · 2024 · Inventions
18. Consolidating loads for sustainable construction in New Zealand: a literature review-based research framework
    Kamal Dhawan, John Tookey, Ali GhaffarianHoseini, Amirhosein Ghaffarianhoseini · 2022 · Smart and Sustainable Built Environment
19. Using network analytics to capture knowledge: Three cases in collaborative energy-oriented planning for oil and gas facilities
    Rodrigo Rodrigues Aragao, Tamer E. El-Diraby · 2018 · Journal of Cleaner Production
20. Investigating the potential for realizing life cycle net-zero energy buildings in Europe using multi-objective optimization
    Farshid Shadram, Jani Mukkavaara · 2024 · Energy Reports
21. Life cycle carbon and cost assessments of the retrofit to Passivhaus EnerPHit standard of suburban residential buildings in Hunan, China
    Chenfei Liu, Haniyeh Mohammadpourkarbasi, Steve Sharples · 2025 · Energy and Buildings
22. Estimating the use of materials and their GHG emissions in the German building sector
    Felix Rheude, Hubert Röder · 2022 · Cleaner Environmental Systems
23. Review of Urban Building Types and Their Energy Use and Carbon Emissions in Life-Cycle Analyses from Low- and Middle-Income Countries
    Aishwarya V. Iyer, Narasimha D. Rao, Edgar G. Hertwich · 2023 · Environmental Science & Technology
24. Life-cycle assessment applied to buildings: gaps in knowledge
    Aline Silva Sauer, Jo�ão Luiz Calmon · 2019 · International Journal of Environmental Studies
25. Economic and environmental prioritisation of potential retrofitting interventions in electricity decarbonisation scenarios: Application to a heritage building used as offices
    Daniel González-Prieto, Yolanda Fernández-Nava, Laura Megido, Marı́a Manuela Prieto · 2023 · Journal of Building Engineering
26. Life cycle assessment of energy renovation versus demolition and new construction in the context of a social housing project
    Michelle Zanettini Leichter, Ambrose Dodoo, Chiara Piccardo · 2024 · Clean Technologies and Environmental Policy
27. Optimizing Evaluation Methods for the Embodied Energy and Carbon Management of Existing Buildings in Egypt
    Khaled Aly Tarabieh, Mirette Khorshed · 2019 · Buildings
28. Environmental product declaration (EPD) usage in early building design stages: Review of effects on the environmental life cycle of a multi-residential building
    Gabrielle Pichette, Pierre Blanchet, Gatien Geraud Essoua Essoua, Charles Breton · 2023 · BioResources
29. Towards sustainable building landscapes: a spatially explicit life-cycle analysis of carbon emissions and mitigation strategies
    Ting Mao, Yupeng Liu, Yingziwei Liu, Min Hao, Wei‐Qiang Chen · 2024 · Landscape Ecology
30. Achieving net-zero emissions in China’s building Sector: Critiques and strategies of minimizing embodied carbon
    Wenshi Lin, Muhammad Shafique, Xiaowei Luo · 2025 · Energy and Buildings
31. South African log resource availability and potential environmental impact of timber construction
    Philip L. Crafford, C. Brand Wessels · 2020 · South African Journal of Science
32. A consistent taxonomic framework: towards common understanding of high energy performance building definitions
    Charlotte Verhaeghe, Stijn Verbeke, Amaryllis Audenaert · 2021 · Renewable and Sustainable Energy Reviews
33. Sustainable layout design of steel buildings through embodied energy and costs optimization
    Ahmed M. Elsayed, Hazem H. Elanwar, Mohamed Mahdy Marzouk, Sherif Saleh Safar · 2021 · Cleaner Engineering and Technology
34. Learning-by-Doing Methodology towards Urban Decarbonisation: An Application in Valletta (Malta)
    Matteo Maccanti, Romina D’Ascanio, Federica Di Pietrantonio, Michela Marchi, Jesús Vargas Molina, Riccardo Maria Pulselli, Andrea Poldrugovac, Diane Schembri Cassar, Lorenzo Barbieri, Josefina López Galdeano et al. · 2023 · Sustainability
35. Life cycle assessment and material flow analysis of road and rail infrastructure assets – A critical review
    Soroosh Ataee, André Stephan · 2025 · Cleaner Environmental Systems
36. Reducing heating energy, embodied co₂, overheating hours, and initial costs simultaneously: Methodology and case study in cold climate
    Fuad Mutasim Baba · 2025 · Building and Environment
37. Low-carbon retrofit of rural dwellings in the dabie mountain region of China based on life-cycle assessment
    Bo Wang, Xi Hui, Wanjun Hou, Yueyao Li · 2025 · Energy and Buildings
38. A Novel Integrated Optimization-Driven Design Framework for Minimum-Weight Lateral-Load Resisting Systems in Wind-Sensitive Buildings Equipped with Dynamic Vibration Absorbers
    Zixiao Wang, Agathoklis Giaralis · 2023 · Structural Control and Health Monitoring
39. Improving the Life Cycle Energy Performance of Apartment Units through Façade Design
    André Stephan, CA Jensen, Robert H. Crawford · 2017 · Procedia Engineering
40. Energy and carbon balance of materials used in a building envelope renovation
    Chiara Piccardo, Afia Dodoo, Leif Gustavsson, Uniben Yao Ayikoe Tettey · 2019 · IOP Conference Series Earth and Environmental Science
41. Revisiting the role of professionals in designing buildings with low embodied and operational energy
    Gihan Anuradha Tennakoon, Anuradha Samarajeewa Waidyasekara, Biyanka Ekanayake · 2019 · Built Environment Project and Asset Management
42. Design and Performance Analysis of a Lightweight Flexible nZEB
    Graziano Salvalai, Marta Maria Sesana, Diletta Brutti, Marco Imperadori · 2020 · Sustainability
43. Numerical Analysis of the Impact of the Location of a Commercial Broiler House on Its Energy Management and Heat Exchange with the Ground
    Grzegorz Nawalany, Jana Lendelová, Paweł Sokołowski, Miroslav Žitňák · 2021 · Energies
44. Energy demand parametric analysis and geothermal heat exchanger design applied to a nearly zero energy PV building in northern Italy
    Antonella Priarone, Marco Fossa, Stefano Morchio, Federico Silenzi · 2024 · Energy and Buildings
45. An Integrated Method to Evaluate Sustainability for Vulnerable Buildings Addressing Life Cycle Embodied Impacts and Resource Use
    Fatma Seyma Keskin, Pedro Martínez-Vázquez, Charalampos C. Baniotopoulos · 2021 · Sustainability
46. Environmental Overcost of Single Family Houses in Insular Context: A Comparative LCA Study of Reunion Island and France
    Leslie Ayagapin, Jean-Philippe Praene · 2020 · Sustainability
47. A life cycle study of insulation in a case study building with a focus on the effect of the national energy profile
    Milad Moradibistouni, Brenda Vale, Nigel Isaacs · 2021 · Journal of Building Engineering
48. Biobased phase change materials for cooling in buildings
    Luisa F. Cabeza · 2020 · Elsevier eBooks
49. A review of embodied life cycle assessment tools used to support the building design process
    Fabian Prideaux, Karen Allacker, Robert H. Crawford, André Stephan · 2022 · IOP Conference Series Earth and Environmental Science
50. Towards decarbonisation in the built environment: a comparative analysis of conventional vs. industrialised façades in nearly zero-energy building renovations
    Lourdes Beneito, Thaleia Konstantinou, Joaquín Torres-Ramo, Ana Sánchez-Ostiz · 2025 · Energy and Buildings
51. Vertical Extensions: Stakeholder Perspectives on Development Decisions and Construction Strategies
    Eunike Kristi Julistiono, Philip Oldfield, Luciano Cardellicchio · 2023 · Journal of Architectural Engineering
52. Binalarda Enerji Verimliliğinde Son Gelişmeler: Türkiye Örneği
    Cemre YILDIZ · 2024 · Gazi Üniversitesi Fen Bilimleri Dergisi Part C Tasarım ve Teknoloji
53. The Net Zero Energy Building Definition Framework: An Overview Pathway to Enhancing Sustainable Development and Mitigating Climate Change in Morocco
    Mohamed Oualid Mghazli, Mohamed El Mankibi, Nouzha Lamdouar · 2024 · Procedia Computer Science
54. Trade-Off Optimization of Embodied Versus Operational Carbon Impact for Insulation and Window to Wall Ratio Design Choices: A Case Study
    Farshid Shadram, Jani Mukkavaara, Jutta Schade, Marcus Sandberg, Thomas Olofsson · 2018 · Smart innovation, systems and technologies
55. Measure the Embodied Energy in Building Materials: An Eco-Sustainable Approach for Construction
    Francesca Scalisi, Cesare Sposito · 2019 · Innovative renewable energy
56. Energy-related conditions and envelope properties for sustainable buildings
    Robert Geryło · 2016 · Bulletin of the Polish Academy of Sciences Technical Sciences
57. An Investigation into the Role of the Building Structure on Energy Use & CO2 Emissions over the Life Cycle of a Medium-Rise Residential Building
    Thomas Nolan, Mary Doyle-Kent · 2018 · IFAC-PapersOnLine
58. Embodied energy assessment: a comprehensive review of methods and software tools
    Shraddha Sharma, Anshuman Singh · 2023 · Environment Development and Sustainability
59. On the share of embodied energy in the lifetime energy use of typical Hellenic residential buildings
    Elena G. Dascalaki, Poulia A. Argiropoulou, Constantinos A. Balaras, Kalliopi G. Droutsa, Simon Kontoyiannidis, Dimitrios G. Koubogiannis · 2020 · IOP Conference Series Earth and Environmental Science
60. Building’s Operational Versus Embodied Energy: Needs and Barriers for a More Reliable Environmental Impact Balance
    Ernesto Antonini · 2021 · PoliTO Springer series
61. Operational and embodied energy of residential buildings in the Andean region between 1980 and 2020
    Jefferson Torres-Quezada, A. Isalgué, Anna Pagès Ramon, Judit López-Besora · 2024 · Energy and Buildings
62. Embodied Energy, CO 2e , and Construction Cost of Indian Housing: Model of Low-Rise versus High-Rise Development
    Deepak Bansal, Vijay Kumar Minocha, Arvinder Kaur · 2021 · Journal of Architectural Engineering
63. Retrofitting Strategies Based on Orthogonal Array Testing to Develop Nearly Zero Energy Buildings
    Pengying Wang, Shuo Zhang · 2022 · Sustainability
64. Energy retrofit of public office building through liquid desiccant assisted dedicated outdoor air system with fuel cell in Korea
    Hansol Lim, Seong-Yong Cheon, Hyejin Cho, Jae‐Weon Jeong, Yuehong Su · 2023 · Applied Thermal Engineering
65. Regenerative Design - General Principles and Implementation Strategies in Building Design
    Laura Dumitrescu, Irina Bliuc, Irina Baran, Radu Aurel Pescaru, Paul-Dorian Parincu · 2021 · Buletinul Institutului Politehnic "Gheorghe Asachi" din Iaşi. Secţia Construcţii. Arhitectură
66. RELATIONSHIPS BETWEEN EMBODIED, OPERATIONAL, AND LIFE CYCLE CARBON IN PASSIVE HOUSE MULTIFAMILY RESIDENTIAL BUILDINGS
    Robert L. Williams · 2023 · Journal of Green Building
67. Primary energy and CO2 emissions implications of different insulation, cladding and frame materials for residential buildings
    Uniben Yao Ayikoe Tettey, Leif Gustavsson · 2019 · IOP Conference Series Earth and Environmental Science
68. Optimization of ESS Scheduling for Cost Reduction in Commercial and Industry Customers in Korea
    Moonjong Jang, Ho‐Jin Choi, Chae-Gyun Lim, Byoungwoong An, Jungsub Sim · 2022 · Sustainability
69. Sustainability evaluation of timber dwellings in the north of Sweden based on environmental impact and optimization of energy and cost
    Jani Mukkavaara, Marcus Sandberg, Karin Sandberg, Anna Pousette, Joakim Norén · 2020 · Procedia Manufacturing
70. Influence of Atlantic Microclimates in Northern Spain on the Environmental Performance of Lightweight Concrete Single-Family Houses
    Daniel González-Prieto, Yolanda Fernández-Nava, E. Marañón, Marı́a Manuela Prieto · 2020 · Energies
71. Takting the Sustainability of Construction Processes: An Environmental Assessment Method
    Benjamin Slosharek, Janosch Dlouhy, Patricia Schneider-Marin, Werner Lang · 2021 · Annual Conference of the International Group for Lean Construction
72. Atmospheric Emissions from Construction Sector
    Idrees Yousuf Dar, Zaiema Rouf, Maheen Javaid, Mohmad Younis Dar · 2021 · Springer eBooks
73. Experimental evaluation of occupancy lighting control based on low-power image-based motion sensor
    Takuya Futagami, Noboru Hayasaka · 2021 · SICE Journal of Control Measurement and System Integration
74. Environmental and economic data on energy efficiency measures for residential buildings
    Delia D’Agostino, Danny Parker, Paco Melià · 2019 · Data in Brief
75. Roadmap Toward NZEBs in Quito
    Elizabeth Ordoñez, Edgar David Mora, Karl Heinz Gaudry · 2019 · IOP Conference Series Materials Science and Engineering
76. Measuring Space Efficiency and Estimating the Potential for Reduced Operational and Embodied Energy Use for Office Spaces
    Mattias Höjer, Yuki Hongo, Nicolas Francart, Yusuke Kishita · 2023 · Sustainability
77. Housing Development through the BIM Methodology to Reach the Powerhouse Standard by Applying Rammed-Earth Techniques and Solar Energy
    Esteban Zalamea-León, Joan Astudillo-Gomezcoello, Daniel Orellana-Castro, Antonio Barragán-Escandón · 2024 · Journal of Architectural Engineering
78. Measuring Cradle-to-Gate Embodied-Carbon Life Cycle Assessment of a Conventional Three-Story Residential Building: A Case Study
    Samir Idrissi Kaitouni, Niima Es-sakali, Meriem Benelhachmi, Lahcen Balli, Abdelmajid Jamil, Houda Er-Retby, Mohamed Oualid Mghazli · 2024 · Smart innovation, systems and technologies
79. A BIM-Based Method for Analyzing the Trade-Off between Embodied and Operational Energy
    Farshid Shadram, Jani Mukkavaara, Jutta Schade, Marcus Sandberg, Thomas Olofsson · 2017 · International Conference on Construction and Real Estate Management (ICCREM)
80. Selbukassa - A Case Study for Aiming at Low Emission Buildings through Extensive Reuse of Materials
    Alise Plavina, Michael Gruner · 2019 · IOP Conference Series Earth and Environmental Science
81. STUDY OF EMBODIED ENERGY IN HEALTHCARE CENTER CONSTRUCTION
    Justo García‐Sanz‐Calcedo, Nuno Neves, João Paulo Fernandes · 2021 · Journal of Civil Engineering and Management
82. ENERGY EFFICIENT REHABILITATION OF A HISTORIC BUILDING IN TUCSON, ARIZONA: INVESTIGATING THE POTENTIAL FOR ENERGY CONSERVATION WHILE PRESERVING THE BUILDING’S HISTORICAL INTEGRITY
    Kifah Alhazzaa · 2023 · Journal of Architecture and Urbanism
83. Material requirements and impacts of the building sector in the Shared Socioeconomic Pathways
    Hugo Le Boulzec, Sandrine Mathy, François Verzier, Baptiste Andrieu, Daniel Monfort, Olivier Vidal · 2023 · Journal of Cleaner Production
84. A Digital Integrated Methodology for Semi-Automated Analysis of Water Efficiency in Buildings
    Pedro Cortez-Lara, Benjamin Sanchez · 2023 · Buildings
85. Mapping barriers to strategies: A dynamic stakeholder–stage framework for nearly zero energy buildings
    Hanbing Wang, Zhengxuan Liu, Henk J. Visscher, Queena Kun Qian · 2025 · Building and Environment
86. The environmental performance of zero-emission buildings in a fossil-free energy system
    Jonas Jonasson, Charlotta Faith-Ell, Inga Carlman, Oskar Englund · 2024 · Energy Efficiency
87. Single-Switch Impedance-Source Galvanically Isolated DC-DC Converter with Combined Energy Transfer
    Andrii Chub, Dmitri Vinnikov, Ebrahim Babaei, Elizaveta Liivik, Oleksandr Korkh, Samir Kouro · 2018 · IEEE International Scientific Conference on Power and Electrical Engineering of Riga Technical University (RTUCON)
88. Use of parametric tools in material system selection to minimize building cooling load
    R Vighnesh, Kalpathy Balakrishnan Anand, B.K. Aadhish, S. Divakar, C. Manoj Kumar · 2021 · Materials Today Proceedings
89. Interaction between a Cyclically Heated Building and the Ground, for Selected Locations in Europe
    Grzegorz Nawalany, Paweł Sokołowski · 2022 · Energies
90. Transformacion de la construccion y la arquitectura en los ultimos veinte anos: prospectivas y perspectivas. Analisis Bibliometrico de los topicos mas desarrollados en revistas internacionales de alto impacto
    Alba Ramos Sanz · 2019 · Arquitecturas del Sur
91. The Potential Contribution of Wood in Green Building Certifications
    Chiara Piccardo, Ashraful Alam, Mark Hughes · 2021 · Architectural Research in Finland
92. A Global Database on Whole Life Carbon, Energy and Material Intensity of Buildings(CarbEnMats-Buildings)
    Martin Röck, S Jakobsen Andreas, Maria Balouktsi, Marcella Ruschi Mendes Saade, Freja Nygaard Rasmussen, Harpa Birgisdóttir, Rolf Frischknecht, Thomas Lützkendorf, Endrit Hoxha, Guillaume Habert et al. · 2023 · Research Square
93. Industrialized district-level renovation of similar buildings in proximity: Environmental, economic, and renovation production implications
    Kädi-Riin Vendel, Ergo Pikas, Müge Tetik, Lauri Koskela, Jarek Kurnitski · 2025 · Energy and Buildings
94. Defining new approaches for retrofit life cycle analysis to improve design outcomes
    Lois Hurst, Tadhg S. O’Donovan · 2025 · Energy and Buildings
95. Analysis of Energy Consumption and Carbon Emissions over the Entire Lifecycle based on Changes in Window–to-Wall Ratio for Zero-Energy Building Design
    Ji Young Yun, Yong Gi Jung, Kang Woo Bae, Se Hyeon Lim, Min Hee Chung, Jin Woo Moon · 2023 · KIEAE Journal
96. A comprehensive life cycle roadmap for net-zero built environment in the MENA region
    Ruwaa Bahgat, Mohamed Elnabawi Mahgoub, Tarek M.F. Ahmed · 2025 · International Journal of Architectural Research Archnet-IJAR
97. Greenhouse gas emissions from built environment development in Iceland
    Jukka Taneli Heinonen, Áróra Árnadóttir, Nargessadat Emami, Björn Marteinsson · 2019 · IOP Conference Series Earth and Environmental Science
98. A limit state approach for considering greenhouse gas emissions in the structural design of buildings: Environmental Impact Limit State (EILS)
    Ahmed M. Abdelmaksoud, Fadi Oudah · 2024 · Journal of Building Engineering
99. Study on Temperature Distribution with CFD Simulations of an Air-Conditioned Room
    Ping Fang, Tingzhang Liu, Kai Liu, Jianfei Zhao · 2016 · Communications in computer and information science
100. A COMPARATIVE LIFE CYCLE ANALYSIS OF NEAR-ZERO ENERGY BUILDINGS WITH A FOCUS ON ENVELOPE INSULATION
     Milad Moradibistouni, Brenda Vale, Nigel Isaacs · 2022 · Journal of Green Building