ルーレットやり方
JRTT has received many ルーレットやり方 from domestic and foreign organizations alike for the technology we have used in railway development projects and railway construction to date.
ルーレットやり方 for Railway Development Projects
Shinkansen Lines

Construction of the Hokkaido Shinkansen between Shin-Aomori and Shin-Hakodate-Hokuto
2016 Japan Society of Civil Engineers Outstanding Civil Engineers Achievement ルーレットやり方

Construction of the Hokuriku Shinkansen between Nagano and Kanazawa
2015 Japan Society of Civil Engineers Outstanding Civil Engineers Achievement ルーレットやり方

Construction of the Kyushu Shinkansen between Shin-Yatsushiro and Kagoshima-Chuo
2004 Japan Society of Civil Engineers Outstanding Civil Engineers Achievement ルーレットやり方

Construction of the Hokuriku Shinkansen between Takasaki and Nagano
1997 Japan Society of Civil Engineers Outstanding Civil Engineers Achievement ルーレットやり方
Urban Railways

Construction of Tsukuba Express Line
2005 Project ルーレットやり方 of Japan Railway ルーレットやり方 Nomination Committee (Executive committee for Railway's Day

Construction of Minatomirai Line
2005 OTPA ルーレットやり方 of Eastern Asia Society for Transportation Studies
Consigned business

Reconstruction of Sanriku Railway lines damaged in the Grate East Japan Earthquake
2014 Japan Society of Civil Engineers Outstanding Civil Engineers Achievement ルーレットやり方
ルーレットやり方 for Railway Construction Technology
Bridge

Sannai-Maruyama Extradosed Bridge on the Tohoku Shinkansen
The 150-m spans are the longest among any Shinkansen bridges, and the ingenious design controls the deflection that often accompanies longer spans, thus provides safer and, more comfortable riding of Shinkansen trains.
(The technology was awarded from the Japan Prestressed Concrete Institute in 2005.)

Haipesawa Bridge (GRS-integrated bridge) on the Sanriku Railway Kita-Rias Line
This bridge consists of rigidly connected beams and abutments without bearings, thus can stand firmly against tsunami waves. Both abutments are so-called 'GRS-integrated abutment' constructed as a soil structure reinforced by synthetic materials.
(The technology awarded from the Japan Society of Civil Engineers and the Japanese Geotechnical Society in 2014.)
Tunnel Excavation Technology

SENS
(Site-cast Concrete Lining System with TBM (Tunnel Boring Method))
2008 Japan Society of Civil Engineers and the Japan Industrial Technology ルーレットやり方

Architecture

Shin-Tosu Station, Kyushu Shinkansen
2011 Brunel ルーレットやり方
2011 Station Structure ルーレットやり方, Association of Railway Architects

Minatomirai Station, Minatomirai line
2005 Brunel ルーレットやり方
2008 Public Building ルーレットやり方
Electrical Equipment
Development and practical application of PWM converter Railway electrical engineering ルーレットやり方 of the Japan Railway Electrical Engineering Association
PWM (Pulse Width Modulation) converter introduced to Tsukuba Express, which transmits constant amount of voltage from substation, is the first system enable to supply power stably in the world, regardless of the number of running trains.

Barrier-free
Barrier-free Excellent ルーレットやり方
(Barrier-free Promotion Liaison Council)

