الفهرس 
محتويات البحثيوجد فقط 14 صفحة متاحة للعرض العام
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المستخلص
The number of tall buildings is increasing as a result of the advances in
construction technologies and the rising land prices. These buildings are
characterised by their high energy consumption compared to other building
types as they rely intensively on mechanical HVAC systems due to the extreme
weather conditions associated with the increase in height. However, they present
a great opportunity for energy savings. In recent years, it has been noticed the
increasing interest in geometry and form of tall buildings, as a result of the
evolution of parametric modelling and 3D visualisation tools, on the expense of
the environmental aspect. This research discusses factors affecting the energy
consumption in the tall buildings. Through an extensive analysis of Literature,
active and passive energy efficient strategies adopted in tall building at various
building stages are identified. In addition, the role of architectural design
parameters, such as building form, orientation and envelope on the tall building
energy performance are highlighted. Finally, a set of guidance and
environmental design strategies to be considered via a holistic approach in order
to achieve energy-efficient tall buildings are proposed. These strategies has been
categorised into four stages namely early design, concept development,
documentation and operation. A 3D modelling approach was used to visualise
and illustrate the proposed strategies in different stages.