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5 Tallest Buildings of the Future

Here we explore the 5 tallest buildings currently under construction. We also uncover the 20 largest buildings currently completed.

5 Tallest Buildings of the Future
worlds tallest buildings12

 What is the tallest building in the world? What about the top 20?

Here we answer these common questions, and more, on some of the tallest things mankind has ever been able to erect.

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What are the top 20 tallest buildings in the world?

According to sites like Wikipedia, the 20 tallest buildings in the world are as follows: –

Rank Name Country Height (m) FLoors Year of completion Notes
1 Burj Khalifa United Arab Emirates 829 163 2010 Currently the tallest building and the tallest structure in the world from 2010 onwards; tallest building completed in the 2010s.
2 Shanghai Tower China 632 128 2015 It is the tallest building in China and in East Asia; tallest twisted building.
3 Abraj Al-Bait Clock Tower Saudi Arabia 601 120 2012 Tallest building with a clock face; second-tallest in the Middle East and tallest in Saudi Arabia.
4 Ping An Finance Center China 599 115 2017 The tallest building in Shenzhen and Guangdong Province. Shares the record of the highest observation deck with Shanghai Tower (#2) at 562 m.
5 Goldin Finance 117 China 596.6 128 2019 The tallest building in China outside of Shanghai and Guangdong province.
6 Lotte World Tower South Korea 554.5 123 2016 The tallest building in South Korea and in Asia outside of China and the Middle East. The tallest building in a nation’s capital and in an OECD country.
7 One World Trade Center United States 541.3 104 2014 The tallest building in the Western Hemisphere, the United States, and North America. Briefly referred to as the Freedom Tower during its planning stages. Tallest building outside of Asia.
8 Guangzhou CTF Finance Center China 530 111 2016 The tallest building in Guangzhou and second tallest in Guangdong province.
9 Tianjin CTF Finance Center China 530 98 2018
10 China Zun China 528 108 2018 Will become Beijing’s tallest building upon completion.
11 Taipei 101 Taiwan 508 101 2004 The world’s tallest building from 2004 to 2010.
12 Shanghai World Finance Center China 492 101 2008 Was the tallest building in China until the completion of the adjacent Shanghai Tower.
13 International Commerce Centre China 484 118 2010 The tallest building in Hong Kong.
14 Lakhta Center[14] Russia 462 86 2018 The tallest building in Russia and in Europe.
15 Landmark 81  Vietnam 461.2 81 2018 The tallest building in Vietnam and in Southeast Asia.
16 Changsha IFS Tower T1 China 452.1 88 2017 The tallest building in Changsha.
17 Petronas Tower 1 Malaysia 451.9 88 1998 Tallest twin towers in the world; were the world’s tallest buildings upon completion in 1998, and the first building since 1908 outside of the United States.
17 Petronas Tower 2 Malaysia 451.9 88 1998 Tallest twin towers in the world; were the world’s tallest buildings upon completion in 1998, and the first building since 1908 outside of the United States.
17 Exchange 106 Malaysia 451.9 97 2018 Will be the tallest building in Kuala Lumpur along with the Petronas Towers upon completion.
20 Zifeng Tower China 450 89 2010 The tallest building in Nanjing.
20 Suzhou IFS China 450 92 2017 The tallest building in Suzhou.

What’s the tallest structure in the world?

To date, the tallest man-made structure in the world is the Burj Khalifa in the United Arab Emirates. This impressive construction has a total height of 829 meters (inc. antenna).

It was completed in 2010 and is a mixed-use skyscraper housing carious offices, a hotel, and private residential spaces. Construction began in 2004 and the main external structure was completed in 2009.

More from Interesting Engineering

“Burj Khalifa was designed by Adrian Smith, of Skidmore, Owings & Merrill, whose firm designed the Willis Tower and One World Trade Center. Hyder Consulting was chosen to be the supervising engineer with NORR Group Consultants International Limited chosen to supervise the architecture of the project.” – Wikipedia.

Where does the Shard rank as one of the tallest buildings?

The Shard, AKA The Shard of Glass or Shard London Bridge, is the tallest building in the United Kingdom. It was designed by Renzo Piano as has a total height of just over 310 meters (305 main structure).

Because of its total height, the Shard is also the fifth tallest building in Europe. Construction began in 2009 and it was officially opened for business in 2012.

Although very tall indeed, the Shard doesn’t rank in the top 20 tallest building in the world. But it is slightly taller than the famous Eiffel Tower that stands at a total height of 300 meters.

 

What will be the tallest building in 2020?

To date, as of 2020, the Burj Khalifa will retain its title as the tallest building in the world. But there is another tall tower currently under construction that is set to dwarf it.

Called the Jeddah Tower, this incredible building is planned to reach around 1 km in height when (if) completed in 2021. However, it is important to note that construction was stalled in 2018 due to geological issues with the construction site.

The 5 tallest buildings of the future

Here are the top five tallest buildings currently planned or under construction.

1. Jeddah Tower will dwarf Burj Khalifa once finished

worlds tallest building Jeddah Tower
Source: Alejandro vn/Wikipedia Commons

As we have previously mentioned, Jeddah Tower is set to dwarf the Burj Khalifa once completed. Current estimates are for its completion in 2021, but the project is currently in hiatus for technical reasons.

2. PNB 118 should be finished by 2024

PNB 118 is a planned 644 meters tall, 118-floor tower that is currently under construction in Kuala Lumpur in Malaysia. Once completed it will become the 2nd (3rd of Jeddah Tower is completed) tallest building in the world.

3. Evergrande IFC 1 should be completed by 2021

worlds tallest buildings IFC 1
Source: skyscrapercenter

Evergrande IFC1 is currently under construction in Hefei, China and is set to be completed in 2021. It is planned to reach a final height of 518 meters and will consist of 112 floors in total.

It was designed by Gensler, and construction commenced in 2016.

4. The Greenland Centre in China has just been started

Greenland Centre is currently under construction in Xi’an, China. It is designed to reach 501 meters tall, when complete, and will run over 106 floors.

Construction began in 2019 and there is currently no known estimated completion date.

5. Work on the Wuhan Greenland Center has also stalled

Wuhan Greenland Center is currently under construction in Wuhan, China. Work started in 2012 but has been stalled since 2016. When, if ever, completed it will have a total height of 476 meters.

Origem: O Estado de S. Paulo, 5/10/2013

Astronauts Make Cement in Space for the First Time

Scientists are investigating if space structures can be made out of locally sourced cement.

Ready-mixed concreteNopphinan/iStock

When humans get to space, they will need somewhere to live. For such a place to be viable Earth-made cement would be ideal. But could it be made in space?

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Concrete in space

That is the question a recent investigation on the International Space Station examined. The astronauts performed cement solidification in microgravity to see how it turned out.

“On missions to the Moon and Mars, humans and equipment will need to be protected from extreme temperatures and radiation, and the only way to do that is by building infrastructures on these extraterrestrial environments,” said principal investigator Aleksandra Radlinska of Pennsylvania State University. “One idea is building with a concrete-like material in space. Concrete is very sturdy and provides better protection than many materials.”

The project was called Microgravity Investigation of Cement Solidification (MICS) and it saw researchers mix tricalcium silicate (C3S) and water outside of Earth’s gravity for the first time. MICS investigated whether solidifying cement in microgravity would result in unique microstructures.

It also provided the first comparison of cement samples processed on the ground and in microgravity. Scientists know pretty much all there is to know about concrete on Earth, but do not yet know what happens to the material in space.

“How will it harden? What will be the microstructure?” said Radlinska. “Those are the questions we’re trying to answer.”

The researchers explored a series of mixtures that varied the different elements necessary for cement creation. On first evaluation, the samples processed on the space station were very different than those processed on Earth.

Increased porosity

One such primary difference was the presence of more open spaces. “Increased porosity has direct bearing on the strength of the material, but we have yet to measure the strength of the space-formed material,” said Radlinska.

“Even though concrete has been used for so long on Earth, we still don’t necessarily understand all the aspects of the hydration process. Now we know there are some differences between Earth- and space-based systems and we can examine those differences to see which ones are beneficial and which ones are detrimental to using this material in space,” said Radlinska. “Also, the samples were in sealed pouches, so another question is whether they would have additional complexities in an open space environment.”

The researchers are now evaluating cement samples containing simulated lunar particles. However, showing that concrete can be developed in space was an important step toward achieving the first structure built on the Moon using materials from the Moon.

“We confirmed the hypothesis that this can be done,” Radlinska said. “Now we can take next steps to find binders that are specific for space and for variable levels of gravity, from zero g to Mars g and in between.”

The results were submitted in a paper published in Frontiers in Materials.

47ª Convenção Nacional ASBEA, com o tema: Explorando o Futuro dos Espaços

Quais são os novos possíveis caminhos para a produção arquitetônica?

Na tentativa de elucidar essa questão, a AsBEA (Associação Brasileira dos Escritórios de Arquitetura) traz, em sua 47ª Convenção Nacional, a discussão do tema: Explorando o Futuro dos Espaços, com a presença de palestrantes que apresentarão um panorama amplo sobre o encontro da arquitetura, tecnologia e novas tendências futuras para o projeto. As palestras desenvolvem cenários como: “O impacto da tecnologia e a disponibilidade exponencial de dados no desenvolvimento das cidades e a intervenção urbana dos arquitetos”;  “A interação da criança com tecnologias, ferramentas e jogos que pode moldar sua forma de reconhecer e viver o espaço”, entre outros temas bastante intrigantes.

            Mas qual a realidade atual enfrentada pelos escritórios de arquitetura? Será que estamos preparados para este futuro? Sabendo que não existe futuro sem o presente, apresentamos o momento Conexão AsBEA – espaço onde os participantes terão contato com os temas mais próximos à realidade atual dos escritórios, como: confecção de contratos, softwares de produção, gerenciamento de projetos, entre outros assuntos que devem ser levantados em uma grande roda de debate sobre os caminhos que estamos trilhando. Para nós, o ato de conectar e a troca de experiências são os vetores que possibilitam o crescimento da qualidade da produção arquitetônica, a razão de existir da AsBEA.

            Sendo assim, convidamos a todos para este grandioso encontro, pensado e construído com bastante empenho e carinho, buscando caminhos futuros da profissão, sem se desconectar da realidade presente. A 47ª Convenção Nacional da AsBEA acontecerá entre os dias 20 a 22 de setembro, na cidade de Armação dos Búzios, no estado do Rio de Janeiro. Participem, indiquem a colegas e escritórios e não percam a chance de transformar com a gente a forma de enxergar o nosso FUTURO!

Adquiria sua inscrição pelo site:https://convencao.asbea.org.br/

 

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