Added to basket

Contents page

The Structural Engineer

Publish Date - N/A

The Structural Engineer

Publish Date - N/A

The Structural Engineer

Publish Date - N/A

The Structural Engineer

The cable-stayed Safti Bridge with an independent and inclined pylon is a state-of-the-art bridge that has been designed and built for the first time in the world. This paper describes the various aspects of the design process for the bridge, including terrain, aesthetics, geotechnical and structural considerations. It also gives a detail description on the three-dimensional design technique adopted for the bridge. Summarised results from the design analyses are also presented, together with a brief write-up on the design criteria and how the bridge was constructed. S. C. Tan H. S. Teh T. Y. LIN International Pte Ltd, 3791 Jalan Bukit Merah, #06-18 [email protected], Singapore 159471

Publish Date - N/A

The Structural Engineer

Last year’s hot summer saw an increased number of reported buckling failures of rail track. Similar restrained thermal buckling problems are experienced in concrete road pavements, buried land-based and subsea pipelines, bituminous pavements, parquet and laminate floors, the earth’s crust and even ice sheets. For all of these phenomena the underlying mechanics is very closely related, of considerable analytical challenge in its complexity and yet capable of a fairly simple interpretation. The following short note outlines an alternative way of representing the non-linear buckling behaviour that has the merit of being both simple and yet capable of producing explicit analytical representations of the imperfection sensitive buckling loads. Since a similar form of buckling can be exhibited in many commonly employed structural components, for example in sandwich composite panels, this approach may be of interest. Prof. James G. A. Croll BE, PhD, CEng, FREng, FIStructE, FICE Department of Civil and Environmental Engng, University College London

Publish Date - N/A

The Structural Engineer

Publish Date - N/A

The Structural Engineer

Publish Date - N/A