Annual Report 2004 [PDF/1.1MB]
Annual Report 2004 [PDF/1.1MB]
Annual Report 2004 [PDF/1.1MB]
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Terre Armée Civil Engineering Business<br />
The Terre Armée Civil Engineering Method, Praised Worldwide<br />
Results That Are Proof Of Excellence<br />
Terre Armée method<br />
Terre Armée method used to create a bridge<br />
Terre Armée design wall<br />
The Terre Armée civil engineering method uses<br />
ribbed steel strips embedded in layers to grip soil<br />
strongly enough to enable the construction of high,<br />
vertical banking. In 1974, we acquired a patent<br />
license for sale of the method in Japan from the<br />
French company, Terre Armée International Inc. In<br />
French, the word terre means earth or soil, and<br />
Armée means reinforce.<br />
Up to now, the Terre Armée civil engineering method<br />
has been successfully employed at over 13,000<br />
locations in Japan, providing over 4.2 million square<br />
meters of banking. In a small country like Japan, the<br />
method is highly regarded for the contribution it<br />
makes to the efficient use of land and the improved<br />
safety it offers. The method is now used in over<br />
25,000 locations providing a total of over 16 million<br />
square meters of banking in 36 countries worldwide.<br />
Kawasho also offers Terravert, a Terre Armée<br />
method using concrete panels together with mesh<br />
panels for vegetation to provide a natural<br />
appearance, and the Techspan method for creating<br />
road and waterway culverts. Customers include<br />
government and public offices involved in public<br />
works.<br />
Outstanding Cost Performance<br />
The Terre Armée method enables construction of a<br />
wide range of roads and assures high-quality<br />
results at an exceptionally low cost. The construction<br />
of high vertical banking isn't the only advantage of<br />
the method. Because it uses prefabricated materials<br />
of uniform quality, it minimizes such processes as<br />
frame assembly, reinforcement and concreting while<br />
eliminating the need for special technology and<br />
heavy machinery to dramatically cut construction<br />
time. And since the method uses a thin, lightweight<br />
concrete skin with high-strength steel strips, it also<br />
dramatically reduces costs. The Techspan method is<br />
a 3-hinge arched culvert construction method using<br />
prefabricated concrete arches. As these arches are<br />
quick and easy to erect, traffic is obstructed for a<br />
much shorter time during construction.<br />
An Environment-Friendly<br />
Civil Engineering Method<br />
Diagram of Terre Armée<br />
method construction<br />
Another valuable feature of the Terre Armée method<br />
is that its flexibility enables the creation of wall and<br />
banking designs that blend with the surrounding<br />
natural environment.<br />
Terravert provides reinforcement for sloping banking.<br />
18