flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

New bomb-proof concrete mixture used in One World Trade Center

New bomb-proof concrete mixture used in One World Trade Center

The new concrete mix deforms instead of breaking, removing the threat of flying debris in an explosive attack. 


By BD+C Staff | August 5, 2014

A new mixture of concrete has been developed to decrease the damage done in bomb attacks. This mix was used in the construction of the One World Trade Center in Lower Manhattan, Science Daily reports.

The danger posed by explosions to buildings is mainly in the debris that comes loose and goes flying. Traditional concrete is brittle, meaning that an explosive force can easily tear off chunks and fling them into the air.

This new concrete mix, developed by Dr. Stephan Hauser, Managing Director of Ducon Europe GmbH & CoKG, actually deforms instead of breaking. Very hard high-performance concrete is combined with finely-meshed reinforced steel, and when a certain threshold of pressure is exerted on the concrete, the steel ruptures and the shock is distributed uniformly throughout the concrete. 

A new computational formula is what makes this possible. Researchers have developed a universal formula which allows them to rapidly compute the required thickness of the concrete for each specific application.

This formula was used in the application of the concrete to the One World Trade Center. The tower rests on a 20-story, bombproof foundation, and has "safety concrete" at vulnerable points, according to Science Daily.

Related Stories

| May 1, 2012

Time-lapse video: World Trade Center, New York

One World Trade Center, being built at the site of the fallen twin towers, surpassed the Empire State Building on Monday as the tallest building in New York.

| May 1, 2012

Young rejoins Altoon Partners

Takes on role of director of strategic development.

| May 1, 2012

Gilbane to build $100 million cranberries manufacturing facility

Gilbane to provide design build services for a new Lean manufacturing facility for Ocean Spray Cranberries Inc., beverage products.

| May 1, 2012

Construction is underway on MLK ambulatory care center in L.A.

Featuring a variety of sustainable features, the new facility is designed to achieve LEED Gold Certification.

| Apr 30, 2012

Summit Design + Build completes build-out for Office Concepts

The project is seeking LEED ID Silver certification from the U.S. Green Building Council.

| Apr 30, 2012

HSA Commercial selected as consultant for Orland Park’s Main Street Triangle project

HSA will be responsible for designing an overall mixed-use merchandise plan, attracting a unique retail tenant mix and completing leases with prospective tenants.

| Apr 30, 2012

Gilbane to manage retrofit of the Fraunhofer CSE R&B structure

Building is a first-of-its-kind research and demonstration building for sustainable technologies in Boston's Innovation District.

| Apr 30, 2012

KBE Building completes renovation at the ConnCAT

The $1.2 million project consisted of a 16,000-sf interior renovation.

| Apr 27, 2012

APA launches wood design web portal for building and design pros

Design professionals who are members of APA’s Professional Associates are automatically enrolled in the APA Designers Circle program.

| Apr 27, 2012

China Mobile selects Leo A Daly to design three buildings at its new HQ

LEO A DALY, in collaboration with Local Design Institute WDCE, wins competition to design Phase 2, Plot B, of Campus.

boombox1
boombox2
native1

More In Category


Brick and Masonry

A journey through masonry reclad litigation

This blog post by Walter P Moore's Mallory Buckley, RRO, PE, BECxP + CxA+BE, and Bob Hancock, MBA, JD, of Munsch Hardt Kopf & Harr PC, explains the importance of documentation, correspondence between parties, and supporting the claims for a Plaintiff-party, while facilitating continuous use of the facility, on construction litigation projects.



Glass and Glazing

The next generation of thermal glazing: How improving U-value can yield energy savings and reduce carbon emissions

The standards for energy-efficient construction and design have been raised. Due to the development of advanced low-e coatings for the interior surface and vacuum insulating technologies, architects now have more choices to improve U-values wherever enhanced thermal performance is needed to create eco-friendly spaces. These options can double or even triple thermal performance, resulting in annual energy savings and a positive return on carbon.

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