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Kou kouzou rombunshuu Vol. 12 (2005), No. 48

ISIJ International
belloff
ONLINE ISSN: 1884-0329
PRINT ISSN: 1880-9928
Publisher: Japanese Society of Steel Construction

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Kou kouzou rombunshuu Vol. 12 (2005), No. 48

AStudy on Distribution of Shearing Force in Prestressed Concrete Box Girders with Corrugated Steel Webs

Masato Kano, Eiichi Watanabe

pp. 1-9

DOI:

10.11273/jssc1994.12.48_1

Abstract

Prestressed concrete box girders with corrugated steel webs are drawing much attention as a new type of composite bridge structures in Japan. One of the most remarkable structural characteristics of this construction is the separation of the structural functions among the component members. The concrete slabs resist the bending momentand the corrugated steel webs resist the vertical shearing force. In the present Japanese design codes, the comgated steel webs are designed based on this consideration. In this study, an analytical method to evaluate the distribution of shearing force between the corrugated steel web and the concrete flanges is proposed for a practical and economical design of the corrugated steel webs.

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AStudy on Distribution of Shearing Force in Prestressed Concrete Box Girders with Corrugated Steel Webs

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Bending Characteristics of Web Bolted Friction-Type Beam Joists with Standard and Oversized Hales

Shizuo TSUJIOKA

pp. 11-16

DOI:

10.11273/jssc1994.12.48_11

Abstract

This study is planed to clarify the inelastic behavior and the failure characteristics of the web bolted beam joints. A method for determination of the slip moment and the plastic moment of the web bolted beam joints is described. And then, to examine the bending characteristics of this joints, the monotonic loading tests were conducted on six full scale simple beams having a web bolted beam joint. The test parameters are the arrangement of the web bolts, the magnitude of the hole clearance and the thickness of the web plate. The slip strength, the yield strength, the ultimate strength and the failure mode in the joint behavior are discussed.

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Bending Characteristics of Web Bolted Friction-Type Beam Joists with Standard and Oversized Hales

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Experimental Study on Frame Behaviors of Connections with Eccentricity between Steel Beams and Concrete-filled Square Tubular Steel Column Reinforced with Through Diaphragm

OSHIDA Yasuo, Yasuo ICHINOHE, Keiichi SAITO, Toshiyuki FUKLTMOTO, Masahiko TACHIBANA, Koji MORITA

pp. 17-30

DOI:

10.11273/jssc1994.12.48_17

Abstract

This paper presents an investigation of the experimental studies on structural behaviors of connections, especially through diaphragm connection and connection panel, with eccentricity between steel beam and concrete-filled square tubular steel column subjected to incremental cyclic reversal loading. Four subassemblage specimens were tested with experimental variables of eccentricity, thickness of tube and connection type. The estimation methods for the strengths of through diaphragm connection and connection panel are proposed.

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Experimental Study on Frame Behaviors of Connections with Eccentricity between Steel Beams and Concrete-filled Square Tubular Steel Column Reinforced with Through Diaphragm

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Yield Strength of SHS-Column to H-Beam Connections Stiffened by Exterior Diaphragms

Tsuyoshi TANAKA, Mototsugu TABUCHI, Cheng Long JIN, Yoshinori YAMAMOTO

pp. 31-38

DOI:

10.11273/jssc1994.12.48_31

Abstract

This paper presents a method of evaluating the yield strength of square hollow section column to H shaped beam connections stiffened by exterior diaphragms. The full plastic strength is obtained by applying limit analysis to the collapse mechanism, which consists of the yield lines on the column wall and the some yield zones of the diaphragm. The yield strength is derived from the yield areas of diaphragms on the mechanism. The analytical results are verified through comparison with results of finite element analyses and experiments. Further, a practical formula for evaluating the yield strength of the connections is proposed.

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Yield Strength of SHS-Column to H-Beam Connections Stiffened by Exterior Diaphragms

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Plastic Deformation Capacity of Beams Connected with Various Cross Section Columns with Steel End Tabs

Tomoharu IGUCHI, Mototsugu TABUCHI, Tsuyoshi TANAKA

pp. 39-54

DOI:

10.11273/jssc1994.12.48_39

Abstract

Cyclic loading tests were carried out to investigate effects of cross sectional shapes of column geometry and weld condition on plastic rotation capacity of H-beam. To investigate the effect of column geometry, connection sub-assemblage with SHS column, H shaped column and CHS column are tested. Plastic deformation capacity of a specimen with H shaped column was superior to any other specimens. In the case of the specimen with large fusion of throat thickness direction of beam flange or with larger strength of weld than that of beam flange, the plastic deformation capacity was improved.

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Plastic Deformation Capacity of Beams Connected with Various Cross Section Columns with Steel End Tabs

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Fatigue Strength Evaluation of Out-of Plane Gusset Welded Joints Repaired by Bolting-Stop-Hole Method under In-Plane Bending Stresses

Daisuke UCHIDA, Takeshi MORI, Noriko SUGIYAMA

pp. 55-65

DOI:

10.11273/jssc1994.12.48_55

Abstract

Bolting-Stop-Hole Method is one of the useful methods to repair the fatigue crack in welded steel structures such as steel bridges. In this method, the stress concentration is reduced by drilling the hole at the tip of crack and tightening the hole by high strength bolt, and the fatigue strength consequently is improved. In this study, for the purpose of making clear repair effects of the Bolting-Stop-Hole Method against fatigue cracked out-of plate gusset welded joints under in-plane bending stresses, stress analyses using three dimensional finite element method, stress measuring tests and fatigue tests were performed on the girder specimen with out-of-plate gusset welded joints. On the basis of analytical and experimental results, the evaluation formula for the fatigue strength has been proposed and its validity has been confirmed.

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Fatigue Strength Evaluation of Out-of Plane Gusset Welded Joints Repaired by Bolting-Stop-Hole Method under In-Plane Bending Stresses

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Stiffening effect of bottom plates of composite slabs on U-shaped steel girder

Atsushi KUSAKA, Kazuya TAIVIADA, Hisato KATO, Nobuo NISHIMURA

pp. 67-76

DOI:

10.11273/jssc1994.12.48_67

Abstract

A semi-closed section is formed by attaching bottom plates of composite slabs to U-shaped steel girders under erection of a composite box girder bridge. In order to predict deformation in this structure system, it is necessary to evaluate the additional stiffness of the plates given to the girders. However, the present situation is that detailed examination is not performed since there is no commercial based software for analysis. The purposes of this study are to evaluate the stiffening effect of the bottom plates of composite slabs precisely and to propose the method for predicting deformation under erection of U-shared steel orders with sufficient accuracy in a short time.

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Stiffening effect of bottom plates of composite slabs on U-shaped steel girder

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On Vibration-Control Effect of Energy Absorbing End Connectors for Bridge Girders though Considering their Transverse Performance

Kentarou TANAKA, Hiroshi ZUI, Toshiyuki KITADA, Masahide MATSUMURA

pp. 77-88

DOI:

10.11273/jssc1994.12.48_77

Abstract

In this paper, the energy absorption performance of a steel bellows as one of the energy absorbing bridge girder connectors is examined by model experiments paying attention to not only the longitudinal but also transverse direction. The brittle fracture of the steel bellows is also investigated by an extremely low cycle fatigue test. The effectiveness of the steel bellows on the seismic behavior of a numerical model consisting of a three-span girder bridge is investigated by a non-linear time-history analysis. It is confirmed that the steel bellows possess the large energy absorption performance, and the displacements of the superstructure and bridge piers can be reduced substantially by using the steel bellows in both the longitudinal and transverse directions.

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On Vibration-Control Effect of Energy Absorbing End Connectors for Bridge Girders though Considering their Transverse Performance

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Experimental Study on the Ultimate Strength of Connection between Steel Pile and Steel Pier for the Rapid Construction Method of Overpasses

Tatsuya YOSHIDA, Daisuke HORIGUCHI, Nobuo NISHIMURA, Kiyoshi ONO, Takao MIYOSHI

pp. 89-97

DOI:

10.11273/jssc1994.12.48_89

Abstract

A rapid construction method of overpasses has been proposed, which features on-site joint between one foundation steel pile and one steel pier in short time. The joint utilizes steel-concrete composite connection to absorb placement error of piling without making concrete footing. Static loading tests were carried out in order to investigate the failure mechanism and the ultimate strength of the connection. Performance of the connection was examined by changing such details as shear connector, filled-concrete, and so on. As a result, it was confirmed that the shear connector was not required in steel shell of the composite connection and that the ultimate strength of the connection was enough for practical application.

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Experimental Study on the Ultimate Strength of Connection between Steel Pile and Steel Pier for the Rapid Construction Method of Overpasses

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