Trees on buildings: A design framework

Abuseif, Majed; Dupré, Karine; Michael, Ruby N.

doi:10.1016/j.nbsj.2023.100052

Cited by 8 publications

(4 citation statements)

References 31 publications

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“…Simultaneously, the process of transpiration from the trees releases water vapour, cooling the surrounding air and further contributing to the cooling of the green roof. Investigating the energy-saving potential of intensive green roofs with canopy trees can lead to valuable insights for urban planners, architects, and building owners [54]. Understanding the specific benefits and challenges associated with such green roof designs can inform decisions about implementing green infrastructure in urban areas and contribute to more sustainable and eco-friendly building practices.…”

Section: Soil and Thermal Properties Of Green Roofsmentioning

confidence: 99%

Simulation-Based Study on the Effect of Green Roofs on Summer Energy Performance in Melbourne

Jamei,

Thirunavukkarasu,

Abuseif

et al. 2023

Land

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Green roofs are increasingly recognised as a crucial urban solution, addressing climate change, enhancing energy efficiency, and promoting sustainable architecture in densely populated areas. In this manuscript, the research study delves into the influence of green roofs on energy consumption, focusing on the Treasury Place building in Melbourne, Australia. The utilisation of DesignBuilder and EnergyPlus simulations was explored. Various green roof parameters such as the Leaf Area Index (LAI), plant height, soil moisture, and tree coverage were optimised and compared against base case scenarios. The key findings indicate an optimal LAI of 1.08 for maximum energy savings, with diminishing returns beyond an LAI of 2.5. The soil moisture content was most effective, around 50%, while a plant height of approximately 0.33 m optimised energy reduction. The introduction of 50% canopy tree coverage provided temperature regulation, but increased soil moisture due to trees and their influence on wind flow had an adverse energy impact. These results emphasise the necessity for precise green roof representation and parameter optimisation for maximum energy efficiency. This research offers essential insights for those in urban planning and building design, endorsing green roofs as a pivotal solution for sustainable urban environments.

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Section: Soil and Thermal Properties Of Green Roofsmentioning

confidence: 99%

Simulation-Based Study on the Effect of Green Roofs on Summer Energy Performance in Melbourne

Jamei,

Thirunavukkarasu,

Abuseif

et al. 2023

Land

Self Cite

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“…It is also important to consider both ET and infiltration concurrently in the design of green roofs to improve their hydrological performance [123]. Finally, adding artificial shading or trees on green roofs, specifically in hot climates, may reduce the exposure of low canopy vegetation to the sun's rays, which can help reduce the green roof's surface temperature and enhance water balance efficiency [72,83,124,125]. Figure 8 shows the influence of different factors on ET that designers must consider in the green roof design process.…”

Section: Evaluating and Controlling Potential Evapotranspirationmentioning

confidence: 99%

Exploring Influencing Factors and Innovative Solutions for Sustainable Water Management on Green Roofs: A Systematic Quantitative Review

Abuseif

2023

Architecture

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Green roofs are becoming popular in urban areas due to their potential benefits, including energy efficiency, urban heat island mitigation, and stormwater management. However, their water consumption can negatively impact water resources. Therefore, carefully managing the water consumption of green roofs is crucial to ensure they do not exacerbate existing water scarcity issues. This review explores the influencing factors and innovative solutions that increase the sustainability of water management on green roofs. A systematic quantitative review was conducted on published studies on green roofs. The review highlighted that while small-scale experimental studies are almost saturated, large-scale monitoring studies are still lacking. Modelling and assessing green roof settings based on climatic conditions and water availability and consumption are essential for successful water management. Using integrated technologies and sensing systems can increase water management efficiency and sustainability. Rainwater may be sufficient as a water source for green roofs in wet climates, while irrigation is still needed in other climates. Phytoremediation and biosorption can potentially increase runoff water quality. Improving hydrological performance by increasing rainwater retention and reducing water consumption capacity can reduce demand for other water resources and effectively manage small storms, mitigating pressure on city infrastructure and increasing water quality. Seeking non-potable sources, such as greywater, or harvesting enough rainwater to be used for irrigation during dry weather periods is highly advantageous for improving the sustainability of green roofs.

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“…The hazard of a lightning strike to a building structure can result in damage to the structure and contents of the building, failure of electronic systems and damage either inside or near the building structure. The effects of structural damage and failure can extend to the area close to the building structure or affect the environment around the building structure (Abuseif et al, 2023;Freddi et al, 2021;Voulpiotis et al, 2021). Hazards to electric power services can result in damage to the electric power system itself and failure of electronic equipment connected to the electric power system (Li et al, 2024).…”

Section: Introductionmentioning

confidence: 99%

Air Termination Of Lightning Protection For The Buildings Which Containing Solid Flammable Materials

Kurniawan,

Purwanto,

Nursitao

2024

AJESH

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Damage to facilities and equipment in a building is mostly caused by lightning strikes so the installation of lightning rods is necessary to improve the protection of a building or building as a whole, both for the common good and for the government, so that various equipment and production activities that use various flammable materials (in the form of ) solid, liquid and gas) inside and around the building can be properly protected. Of the several existing lightning protection systems (LPS), this study uses a conventional type (franklin rod) as a LPS in factory buildings. From the results of this study, it can be stated that level IV protection of LPS is needed and multiply the number of lightning protection rods where a minimum of 4 rods for 1 building roof

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Trees on buildings: A design framework

Cited by 8 publications

References 31 publications

Simulation-Based Study on the Effect of Green Roofs on Summer Energy Performance in Melbourne

Simulation-Based Study on the Effect of Green Roofs on Summer Energy Performance in Melbourne

Exploring Influencing Factors and Innovative Solutions for Sustainable Water Management on Green Roofs: A Systematic Quantitative Review

Air Termination Of Lightning Protection For The Buildings Which Containing Solid Flammable Materials

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