flexiblefullpage -
billboard - default
interstitial1 - interstitial
catfish1 - bottom
Currently Reading

Taipei 101 tower named 'world's toughest' building by Popular Mechanics

Seismic Design

Taipei 101 tower named 'world's toughest' building by Popular Mechanics

Popular Mechanics named the 10 structures that best withstand floods, winds, storms, and earthquakes.


By Mike Chamernik, Associate Editor | October 22, 2015
Taipei 101 is the world's toughest building

Taipei 101 stays safe even though it stands near a fault line in a typhoon zone. Photo: peellden/Wikimedia Commons

The Taipei 101 tower in Taiwan has no problem welcoming possible danger. It can handle it.

The 1,667-foot building, once the tallest in the world, is ranked first on the list of the world’s 10 toughest buildings, as determined by Popular Mechanics. The publication worked with field specialists from Yale, SHoP Architects, and the Resilient Design Institute to form the list.

Taipei 101 stands only 660 feet from a major fault line in a typhoon-prone location. To balance out high winds and earth vibrations, the structure has a 730-ton, 18-foot wide weighted spherical damper supported by hydraulic cylinders near the top of the skyscraper. As proof of its toughness, the building withstood a storm in August that saw 100 to 145 mph winds.

Other entries on the list include One World Trade Center in New York, which stands on a 185-foot-tall concrete base, and the Public Safety Building in Salt Lake City, which contains seismic dampers to help it remain operational even after 7.5 magnitude earthquakes.

 

The 18-foot damper ball at the top of Taipei 101. Photo: Ray Terrill/Creative Commons

 

Related Stories

Seismic Design | Oct 16, 2015

L.A. City Council votes for seismic retrofits for older buildings

Thousands of wood, concrete apartments subject to costly renovations.

Codes and Standards | Jul 16, 2015

Oregon to spend $300 million for seismic updates on public buildings

A survey found that more than 1,000 Oregon school buildings face a high risk of collapse during earthquakes.

Seismic Design | Jun 9, 2015

First building-specific earthquake warning system installed in North Portland, Ore.

The ShakeAlarm system recognizes and quantifies the faster but lower-energy seismic P-wave, which is the precursor to the more damaging S-wave. 

Codes and Standards | Apr 12, 2015

Virginia surpasses Florida for strictest hurricane building codes

Virginia has edged out Florida as the state with the most stringent hurricane building codes, according to the Institute for Business and Home Safety’s “2015 Rating the States” report. 

| Feb 20, 2014

5 myths about cross laminated timber

A CLT expert clears up several common misconceptions and myths surrounding the use of wood as a building material.

| Feb 5, 2014

7 towers that define the 'skinny skyscraper' boom [slideshow]

Recent advancements in structural design, combined with the loosening of density and zoning requirements, has opened the door for the so-called "superslim skyscraper."  

| Jan 28, 2014

2014 predictions for skyscraper construction: More twisting towers, mega-tall projects, and 'superslim' designs

Experts from the Council on Tall Buildings and Urban Habitat release their 2014 construction forecast for the worldwide high-rise industry. 

| Jan 21, 2014

2013: The year of the super-tall skyscraper

Last year was the second-busiest ever in terms of 200-meter-plus building completions, with 73 towers, according to a report by the Council on Tall Buildings and Urban Habitat.

| Oct 25, 2013

California struggles with updated seismic codes

In California, there are still hundreds of concrete buildings that need reinforcement to bring them up to the new seismic code.

| Aug 23, 2013

Simpson Strong-Tie sponsors final phase of cold-formed steel seismic tests

Simpson Strong-Tie donated product and provided technical expertise for the CFS-NEES project, a series of earthquake tests for cold-formed steel-framed buildings. As part of the final phase of a three-year, National Science Foundation-funded research project led by Johns Hopkins University, the purpose of the tests is to better understand the overall system performance of cold-formed steel-framed buildings and to develop performance-based design methodology for seismic resistance. 

boombox1 - default
boombox2 -
native1 -

More In Category




Engineers

How to properly assess structural wind damage

Properly assessing wind damage can identify vulnerabilities in a building's design or construction, which could lead to future damage or loss, writes Matt Wagner, SE, Principal and Managing Director with Walter P Moore.

halfpage1 -

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021