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hotel design.pptx
- 1. PRESENTED BY: ZUBAIRALI ( D-18-AR-31 ) ADVANCE TECHNOLOGY IN ARCHITECTURE PRACTICE CASE STUDY & HOTEL DESIGN
- 2. TABLE OF CONTENT INTRODUCTION KEYPLAN SITEPLAN CLIMATE EFFECTS GENERALINFORMATION ADVANCE TECHNOLOGY FEATURES OFADVANCE TECHNOLOGY ANIMATION STEPS CONCEPT SPACE GARDENS STRUCTURE DESIGN LOCATION SITE PLAN GROUND FLOOR, FIRST FLOOR-6TH FLOOR -7 FLOOR ELEVATIONS SECTIONS BLOWUPS
- 3. AL BAHR TOWERIN ABU DHABI CASE STUDY
- 4. INTRODUCTION Al Bahr Towersis a development in the emirate of Abu Dhabi consisting of two 29-storey, 145m– high towers. It is located at the intersection of Al Saada and Al Salam Street in Abu Dhabi City, the capital of the United Arab Emirates, at the eastern entrance. One tower houses the new headquarters of the Abu Dhabi Investment Council (ADIC), an investment arm of the Government of Abu Dhabi. The other serves as the head office of Al Hilal Bank,a progressive and innovative Islamic Bank. The Aedas studio was chosen to design the new headquarters of the Abu Dhabi Investment Council after an international competition for the commission. The two 25-floor office towers have capacity for between 1000 and 1100 employees in each. The design concept is both culturally and environmentally appropriate and meets the goals of the 2030 Development Plan for Abu Dhabi which was recently published. CASE STUDY
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- 13. General Information Status Complete Typeskyscraper Town or city Abu Dhabi Country United Arab Designed in 2008 Build in 2009-2012 Opened 2013 Cost $2 Billion Height 147.0 m Technical details Floor count 27 Roof top height 120.0m Façade Façade responsive CASE STUDY
- 14. Advance Technologies Mashribiyashading system was developed by computation design, using a parametric description of geometry of actuated façade panels Fiber glass coating and programmed to respond to a movement of the sun as a way to reduce solar gain and glare Screen allows us to use more naturally tinted glass, which let light in so you have better views and less need artificial light Optimal solar and light condition CASE STUDY
- 15. FEATURES OF ADVANCEDTECHNOLOGY •Kinetic architecture technology •Intelligent façade •Efficiency with high-tech take on mashribiyas •Folding screen •Parametric modelling •Algorithmic modelling •Fore protection •Geo-technology CASE STUDY
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- 18. Location In the cityof Abu Dhabi. The mercury can reach 120°F the largest city and capital of the United Arab Architects, in collaboration with Arup Engineers, façade which pays homage to traditional Arab The geometric patterns which comprise the gigantic more than 1000 moving elements which contract and throughout the day, depending on the position of the the Arab World Institute designed by Jean Concept The façade system defies the typical typology of the area’s skyscrapers, providing a more agile and dynamic solution to the climatic conditions. The Al Bahar Towers seek to provide a contextual and culturally sensitive design which also utilises modern technology to achieve The towers’ design can also be seen as a response to a series of initiatives which were being discussed/ debated in the Emirates at the time of its conception, including the publication of the 2030 Abu Dhabi Plan. The Plan comprises an integrated development framework based on the principles of cultural and environmental responsibility, in conjunction with the development of the Estidama environmental management standard and the promotion of the Masdar initiative for renewable energy. CASE STUDY
- 19. Spaces Gardens Along the Southfaçade, there are internal, open-air gardens which, as well as shade, help to alleviate the effects of sun exposure. These areas also provide a service for workers, who use the spaces for meetings and breaks Podium The podium houses a wide range of shared facilities, including prayer rooms, restaurants and an auditorium, while allowing differentiated access for the various categories of users, including members of the public, staff and VIP persons, who can use a discrete entrance from the garden area on the upper deck There are two underground parking levels, with capacity for 80 vehicles and a “mezzanine” area integrated into the podium as a meeting area for personnel. On the top floor, at a height of 120 metres, there is an observation deck which is open to the public. Structure The blistering heat of Abu Dhabi makes shade and air conditioning two of the most important elements in any new construction, and as an inevitable result of the latter, so is energy consumption. Traditionally, buildings in the Middle East used a technology called “mashrabiya”, consisting of complex wooden lattice panels which reduced the heat of the sun. Solar panels The pioneering shading screen of the towers, controlled by computer, operates as a curtain-wall, positioned two metres from the exterior façade of the buildings in an independent frame Photovoltaic cells The South-facing roofs of each tower incorporate photovoltaic cells, which generate approximately 5% of the total energy required from renewable energy sources, which is used for the water heating. The towers were one of the first buildings in the Gulf to receive an LEED Silver rating. CASE STUDY
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- 22. kinetic technology inPakistan : Lahore CUI company started work on kinetic technology and cost is Rs409,756. Lucky One Mall Karachi, Pakistan Attention shoppers: dazzling LED make-over for Karachi's iconic new shopping mall façade Lucky One mall transformed with Color Kinetics lighting systems, attracting visitors and creating commercial opportunities Signify announced the illumination of one the largest shopping malls in Pakistan — Lucky One in Karachi — with architectural LED lighting technology. Transforming Karachi's skyline The dynamic LED lighting, which can create stunning light effects, transformed the mall into one of the city's most iconic new landmarks. The new mall has been designed by Pakistan's renowned architecture firm Arcop Associates Private Limited. The façade lighting concept, undertaken and managed by Signify including installation, commissioning and programming, is leaving a lasting impression on visitors inside and outside the mall. CASE STUDY
- 23. The façade lightingpresents remarkable commercial opportunities as well as entertainment for visitors. It brings the mall to life from the moment visitors approach it from a far to when they enter and experience its interior, right through to the vivid illumination of the Family Entertainment Center Onederland. Colorful and sustainable lighting he mall's exterior façade is illuminated with dynamic Color Kinetics Vaya Linear MP luminaires controlled by a iPlayer3 controller providing flexibility to create millions of different colors and dynamic light effects. The façade can be lit in special colors for events and holidays and can create spectacular light shows. The indoor walkways and atrium areas are transformed with energy efficient Philips LED down lights. Compared to conventional lighting, the new long-life LED system may deliver up to 60 percent energy savings, as well as saving on operation and maintenance costs. he installation at the Lucky One mall is the most advanced façade lighting project of its kind in Pakistan. We used the latest generation of Color Kinetics Vaya luminaires to create a stunning and memorable entry point. From a façade that attracts visitors to the mall and to well-lit public areas, Signify's LED lighting delivers a cost-effective and sustainable offering that creates positive impact upon visitors and retailers CASE STUDY
- 24. LOCATION LOCATION: Located creek avenueroad, DHA phase 6 Karachi AREA: 4 ACRE PROJECT DESIGN LOCATION HOTEL DESIGN
- 25. SITE PLAN SWOT STRENGTH Support throughgovt Easily access to site through neighbor WEAKNESS This site has become a popular a historic destination. Poor road condition which access to site. OPPORTUNITIES By developing tourism facilities there is huge opportunity to increase the economy of natives through participate person and local people. THREATS Security issue Noise pollution HOTEL DESIGN
- 26. MASTER PLAN 1. ENTRANCE 2.HEALING GARDEN 3. SPORTS AREA 4. CAFETERIA 5. PARKING HOTEL DESIGN
- 27. GROUND FLOOR PLAN AA HOTEL DESIGN
- 28. FIRST FLOOR PLAN--- 6TH FLOOR A A HOTEL DESIGN
- 29. SECOND FLOOR PLAN AA SECOND FLOOR HOTEL DESIGN
- 30. THIRD FLOOR PLAN AA THIRD FLOOR HOTEL DESIGN
- 31. FOURTH FLOOR PLAN AA HOTEL DESIGN
- 32. FIFTH FLOOR PLAN AA FIFTH FLOOR HOTEL DESIGN
- 33. SIXTH FLOOR PLAN AA SIXTH FLOOR HOTEL DESIGN
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