NYE 2025 in Dubai: Paid tickets announced for Burj Khalifa fireworks !

Ticket holders will enjoy an exclusive experience with live entertainment, food counters, and smooth traffic.

Emaar Properties, the largest developer in Dubai, has planned an exclusive New Year’s Eve party at Burj Park that will welcome 2025 with breathtakin views of the iconic fireworks display from the world-famous Burj Khalifa building, synchronized with the spectacular Dubai Foutain show.

This year, the event promises even more refined and unforgettable experiences with live entertainment for children, including workshops, as well as food and beverage variety, making it an ideal family-friendly celebration for 2025.

Starting from 3:30 pm on December 31, the patrons are entertained by concerts by DJs and live bands as well as more than ten food stalls for a wonderful festive setting.

#Entry Tickets

-Adult Dirham 580

-For Kids above five

-Children in Dirham 370

-Ticket price includes food and beverage voucher Dirham 60 for adults and -Dirham 30 for kids.

Admittance is to be solely on a first-come, first-served basis, however seats would be provided with the help of picnic tables, drum tables and bean bags so that people can enjoy the concert sitting comfortably.

Tickets will be made available for sale from Thursday, October 24. In the meantime, visitors are also directed to collect their badges between December 26-30. Tickets can be booked from the website itself.

Only Burj Park will be ticketed because the entire stretch of public viewing in Downtown Dubai is free and open to all, allowing everyone to see this wonderful view.

This is the Burj Khalifa, located in Dubai, UAE. It is the tallest building in the world, at 828 meters or 2,717 feet and composed of 163 floors. In fact, it was designed by Skidmore, Owings & Merrill, and it finished in 2010. It takes inspiration from the Y-shaped floor plan set on Islamic architecture. It’s a mixed-use skyscraper intended for residential, commercial, and hospitality purposes. It was named after Sheikh Khalifa bin Zayed Al Nahyan in honor of financial support during the construction of this building during that time135. Burj Khalifa also hosted the highest observation deck and many architectural records.

# What are some unique architectural features of the Burj Khalifa?

Burj Khalifa boasts some unique architectural features:

Y-Shaped Floor Plan: It is inspired from the desert flower Hymenocallis. It certainly provides a sound structural stability as well as maximizes the views.

Supported Core: the core can support the height in hexagonal shape, but actually, it has three wings that support it against the wind forces.

-Helical Cenurees: There are 27 setbacks that aid in reducing mass but also decrease the wind load creating exterior terraces at different levels .

-Innovative Cladding: The cladding is from more than 28 000 glass panels, which will reflect daylight and inhibit the transmission of heat, which the climate of Dubai has insisted upon.

Art Installations: More than 1 000 art pieces adorn the interior and present a cultural added value.

#What innovative engineering techniques were used to build the Burj Khalifa at such heights?

Innovative Engineering Techniques Used in the Construction of the Burj Khalifa:

-Bundled Tube Design: This structural system reduces materials while increasing stability; it offers a lighter yet rigid framework than that of traditional designs.

-Advanced Wind Engineering: Over 40 wind tunnel tests were conducted to hone the building’s shape for minimum friction against strong winds, ensuring stability at high velocities.

-Specific Concrete Mixtures: A specific high-strength concrete was designed to withstand extreme pressures and temperatures and is poured during night to prevent early setting.

-Deep Foundation System: The tower is sustained by 192 piles, all 43 meters long, deep-founded in stable bedrock to bear its massive weight13.

Material Management: All concrete used in the project amounted to over 330,000 cubic metres. All supplies followed very tight logistical planning standards.

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#Describe how the bundled tube design helped in making the construction of the Burj Khalifa highly efficient?

-Structural Stability: The layout splits the building into a series of interlocking tubes surrounding the core, distributing loads evenly that leads to an even lighter structure that uses lesser material than similar designs.

-Wind Resistance: Y-shaped plan and staggered setbacks create turbulent air flow where lateral forces are reduced thereby increasing stability. In its height, this type of structure should not be allowed to sway, which this design negates

-Optimization of Space: The central core accommodates necessary services such as elevators and utilities, while maximising usable floor area and simplifying the construction process.

-Accelerated Construction: The bundle tube is modulated, therefore, easily constructible through assembly in the factory and rapid on-site integration.

#What are some of the significant advantages that a central core offers in a bundle tube construction?

The main benefits of the central core in a bundle tube construction include:

Structural Stability: It serves as the primary support of the building, facilitates the distribution of loads, and endures the buildings all along the structure against the horizontal forces of wind and seism activity .

-Space Efficiency: The core contains other miscellaneous services such as elevator and utilities that increase the use of available floor area while offering more flexible layouts for interior arrangements.

-Increased Load Sharing: Coupling of several tubes through this core allows better sharing of lateral loads among them to increase the stiffness and strength of the building.

-Torsional Resistance: The core provides resistance to torsional forces and hence the building remains stable as well as accommodative for the users.

#How does the central core improve upon the efficiency of interior space?

The central core in a bundled tube structural configuration such as the Burj Khalifa improves interior space efficiency in the following ways:

Maximised Useable Area: The placement of elevators, stairwells, and utilities in the core avoids creating undesirable inward thrust from core interior columns that can reduce space openable and flexible floor plans .

-Structural Support: From the central location, the main structure and support ensure wide spacing between columns, which assists in reduced interior obstructions.

-Design Flexibility: With this configuration, architects are allowed to design diverse and adaptable layouts, wherein lots of functions and future changes can be accommodated without compromising the structural integrity 12.

Overall, the central core effectively maximises space with no compromise on stability and functionality.

# Types of Central Cores

Tall buildings use different types of central cores but with various advantages. Among them is:

-Types of Central Cores Use in Tall Buildings

-Central core: A central core is positioned at the heart of a structure. This type of core carries vertical as well as horizontal loads while making the floor space on the highest floors around it available. A central core is the most common kind of core utilised in supertall structures, accounting for nearly 85% of such structures .

-Core Perimeter Core: This core is located on the side of the building. It leaves more open interior space and can usually be less stiff in terms of structural stability compared to central cores. It makes up around 10% of tall buildings .

Offset Core: Off-centred core: The position of this core outside the main footprint gives maximum floor space in addition to special features in design. A relatively rare group makes up about 3% of the tall buildings .

-Mixed Core: It amalgamates central and perimeter elements and can be more suitable to offer flexibility while optimising structural performance as per specific building requirements .

# What innovations have been incorporated in core placement for supertall buildings?

-Offset Cores: These cores are more applied in recent times because the floor space utilisation increases. As a rule, it is placed away from the primary footprint of the building. Larger, unobstructed interiors can be provided along with a great energy-conscious reason; it is because it offers natural shade in warm climates.

-Perimeter Cores: The cores are placed at the building edge; so, there are ample options for arranging the layout without obstruction, and there will be clear views that works quite well in highly inhabited cities where the available area can be utilized as a premium feature.

Hybrid Systems: Core combining central and offset cores can offer optimised structural performance while accommodating multiple building functionalities. This can serve as a creative approach to the aesthetics and functionality.

Superslim Towers: To combat urban density, most of these towers use perimeter or offset cores that help stabilise a building while reaching for height on minimal land.

These features indicate that there is a trend towards more adaptable and efficient superslim building construction.