• 検索結果がありません。

川崎製鉄の鋼構造技術の特徴

N/A
N/A
Protected

Academic year: 2021

シェア "川崎製鉄の鋼構造技術の特徴"

Copied!
7
0
0

読み込み中.... (全文を見る)

全文

(1)

川崎製鉄技報

KAWASAKI STEEL GIHO Vol.27 (1995) No.4

川崎製鉄の鋼構造技術の特徴

Technical Features of Steel Structure Construction by Kawasaki Steel

金子 忠男(Tadao Kaneko) 浦田 勲(Isao Urata) 大方 茂(Shigeru Ohkata) 要旨 : 川崎製鉄における鋼構造技術の特徴は,素材供給者として社会ニーズに対応するものを開 発あるいは改良しながら,これらに溶接などの接合技術を付加して,部材製作や一体構造 物として構築する施工技術,さらには構造物の機能や用途に適合する構造解析,耐震,疲 労,防食などの力学性状や耐久性に関する設計技術を総合してエンジニアリング展開して いることである。本論文では各構造ジャンルごとに,すなわち建築,土木両分野における 鋼構造としての建築鉄骨,非住宅建築,橋梁,港湾構造物などについて概説のうえ,特徴 をのべるとともに,今後の課題や展望にも触れた。 Synopsis :

Steel structure construction by Kawasaki Steel consists of the following three basic techniques which are combined into total engineering: Advanced metallurgical techniques for production of steel construction materials; welding and joint techniques for the construction of steel structure; and structural planning and designing techniques based on structural analysis, dynamic analysis for earthquakes, fatigue analysis and corrosion prediction. Kawasaki Steel is developing these combined techniques as its own steel structure construction techniques. In this paper, technical features in the field of frame work for building, bridge, harbour structure, revetments, and so forth, are presented.

(c)JFE Steel Corporation, 2003

本文は次のページから閲覧できます。

要約版

(2)
(3)
(4)
(5)
(6)
(7)

参照

関連したドキュメント

et al., Evaluation of Robotic Open Loop Mechanisms using Dynamic Characteristic Charts (in Japanese), Transactions of the Japan Society of Mechanical Engineers, Series C,

Abstract The purpose of our study was to investigate the validity of a spatial resolution measuring method that uses a combination of a bar-pattern phantom and an image-

Recognition process with a laser-assisted range sensor(B) 3.1 Principle of coil profile measurement This system is only appii~ble fm the case where the coils are all

スライダは、Microchip アプリケーション ライブラリ で入手できる mTouch のフレームワークとライブラリ を使って実装できます。 また

An iterative method for solving single variable nonlinear equation fx 0, with n 1, n ≥ 1, evaluations per iteration reaches to the maximum order of convergence 2 n and the

We construct a Lax pair for the E 6 (1) q-Painlev´ e system from first principles by employing the general theory of semi-classical orthogonal polynomial systems characterised

In this paper, we focus not only on proving the global stability properties for the case of continuous age by constructing suitable Lyapunov functions, but also on giving

The statistical procedure proposed in this paper has the following advantages over the existing techniques: (i) the estimates are obtained for covariate dependence for different