Daneshfar et al., 2023 - Google Patents
Research data for the article: The inter-building effect (IBE) in evaluating building performance of renovation projects: The case of European citiesDaneshfar et al., 2023
- Document ID
- 9573181379129375726
- Author
- Daneshfar M
- Hartmann T
- Publication year
External Links
Snippet
Typically, when evaluating building performance in renovation projects, the focus is on the building's characteristics without considering the impact of the surrounding urban context. However, numerous studies have shown that the Inter-Building Effect (IBE) can influence …
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| Yıldız et al. | Identification of the building parameters that influence heating and cooling energy loads for apartment buildings in hot-humid climates | |
| Soonsawad et al. | Material demand, and environmental and climate implications of Australia's building stock: Current status and outlook to 2060 | |
| Nieto et al. | Identification and climatology of cut‐off lows near the tropopause | |
| Daneshfar et al. | Research data for the article: The inter-building effect (IBE) in evaluating building performance of renovation projects: The case of European cities | |
| Mahar et al. | Methodology to determine housing characteristics in less developed areas in developing countries: A case study of Quetta, Pakistan | |
| Daneshfar et al. | The Inter-Building Effect (IBE) in Evaluating Building Performance of Renovation Projects | |
| Cetiner et al. | Environmental consequences of rehabilitation of residential buildings in Turkey: A case study of Istanbul | |
| Devitofrancesco et al. | Sustainability assessment of urban areas through a multicriteria decision support system | |
| Hamzah et al. | An environmental study on development of refurbishment assessment themes for heritage non-domestic buildings in Malaysia | |
| Pfautsch et al. | Benchmarking Heat in Parramatta, Sydney's Central River City | |
| Romano et al. | Adaptive design to mitigate the effects of UHI: The case study of Piazza Togliatti in the Municipality of Scandicci | |
| Danks et al. | Development of the City of London thermal comfort guidelines | |
| KR101426617B1 (en) | Method for determination of a green roof system in building based on building energy simulation and the system thereof | |
| Wurtz et al. | Application of optimisation, building energy simulation and life cycle assessment to the design of an urban project | |
| Garner et al. | Integrating Annual Landsat Imagery in a Hydrologic Impact Analysis of Localized Land Use Change for a Rapidly Developing Watershed in Houston, Texas | |
| Din et al. | The evaluation of the variables of domestic overheating in the UK under TM52 using a future climate model-Guidance for designers | |
| Swedberg | Robust Optimisation of Building Retrofits for Present versus Future Climate Scenarios in Humid Continental Climates (Dfb subtype) to Reduce Heating Demand and Mitigate Future Overheating Risk | |
| KR101487647B1 (en) | Method for determination of a green roof system in building based on building energy simulation and the system thereof | |
| Kosanović et al. | Approach to design for resilience to climate change | |
| Cemesova et al. | Client-driven sensitivity analysis of the energy consumption of a welsh office building using probabilistic climate projections | |
| Azmira et al. | Energy Analysis of Residential Building Using Revit | |
| Bahaga et al. | Showcasing Advances in Climate Prediction and Early Warning Systems in the Greater Horn of Africa | |
| Alseth et al. | Green buildings in cold climate | |
| Carpenter et al. | A pavement Moisture Accelerated Distress (MAD) identification system, volume 2 | |
| Chen | Environmental Adaptive Design Building Performance Analysis Considering Change |