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Seifu is a principal engineer for Global Wind Technology Services responsible for the development of wind engineering and computations fluid dynamics. Dr. Bekele's work ranges from experimental wind tunnel tests to computational fluid dynamics. A few of his projects include the World Trade Centre, Las Vegas, USA; Torre Espacio, Madrid, Spain; Sharm El Sherkh Airport, Egypt; Tiara Towers, Dubai; Dubai Cricket Stadium, Dubai; Keppel Bay Towers, Singapore; Millennium Towers, Bangkok; Central Park Towers, Jakarta; and the Melbourne Convention Centre, Melbourne.
Annual Conference, Presenter (Shanghai 2012; Australia 2017)
Annual Conference, Steering Committee (Australia 2017)
Conference Steering Sub-Committees Confirmed
31 March 2017
11 June 2015
21 September 2012
Effects of High-Rise Developments on a Microclimate
This presentation assess the implications of urban form, especially in high-rise development, with a particular reference to a newly developed business district called Maslak, home...
You must be a CTBUH Member to view this resource.
19 September 2012
Effects of High-Rise Developments on a Microclimate
Hatice Sozer, Istanbul Technical University; Seifu Bekele, VIPAC Engineers & Scientists Pty Ltd.
This paper assesses the implications of urban form, especially in high-rise development, referencing a newly developed business district called Maslak, home to many high-rise buildings...
You must be a CTBUH Member to view this resource.
03 March 2008
Microclimate Study of a City in Hot and Humid Climate
Seifu A. Bekele, Ian Jones and Gokul K. Rajamani, Vipac Engineers & Scientists Ltd.
The study shows that for Dubai and the surrounding area, the recommended street orientation may promote ventilation and increase the pollution dispersion. Shadows, combined with...
You must be a CTBUH Member to view this resource.
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31 March 2017
Conference Steering Sub-Committees Confirmed
The conference sub-committees will help drive the organization and promotion of activities ahead of CTBUH 2017, starting on October 30.
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21 September 2012
Effects of High-Rise Developments on a Microclimate
This presentation assess the implications of urban form, especially in high-rise development, with a particular reference to a newly developed business district called Maslak, home...
21 September 2012
Track 20: Urban Scale Considerations Q & A
Track 20 speakers including: Kuishan Li, ECADI; Zhendong Wang, Tongji University; Hatice Sozer, Istanbul Technical University; and Seifu Bekele, Vipa Engineers & Scientists.
10 October 2011
Contributions of Surrounding on Natural Ventilation of Buildings
In recent years with high cost of energy, pollution associated with HVAC system, trend in sustainable design and regulations forced designers to look back to...
03 March 2008
Microclimate Study of a City in Hot and Humid Climate
Seifu Bekele, Vipac Engineers, talked about a Microclimate study of a city in a hot and humid climate at the CTBUH 8th World Congress in...
03 March 2008
Track 5 Panel Questions and Answers
The panel of Track 5 including Johannes De Jong, Lester Partridge, Brian Ford and Seifu Bekele, answered questions from the CTBUH 8th World Congress audience.
19 September 2012
Effects of High-Rise Developments on a Microclimate
Hatice Sozer, Istanbul Technical University; Seifu Bekele, VIPAC Engineers & Scientists Pty Ltd.
This paper assesses the implications of urban form, especially in high-rise development, referencing a newly developed business district called Maslak, home to many high-rise buildings...
03 March 2008
Microclimate Study of a City in Hot and Humid Climate
Seifu A. Bekele, Ian Jones and Gokul K. Rajamani, Vipac Engineers & Scientists Ltd.
The study shows that for Dubai and the surrounding area, the recommended street orientation may promote ventilation and increase the pollution dispersion. Shadows, combined with...
16 October 2005
The Effect of Tall Building Base Opening Geometry on Wind Loads and Local Flow Structures
Seifu A. Bekele, Vipac Engineers & Scientists
This study focuses on the relation between the shape and size of openings through the base of a tall building, wind loads, and local flow...
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