Precast concrete structures are not widely used in severe seismic regions due the limited knowledge of the response of these systems to reversed cyclic loading. A series of four precast concrete wall panels were tested to evaluate their response to…

An approximate method for predicting the degree of translational-torsional coupling of mixed-bent type multi-storey building structures subject to dynamic loading is presented. The method uses the parametric approach and is based on the generalized representation of asymmetric wall-frame structures by…

The principles of Tribology are introduced to the general problem of tyre-soil interaction with a view to development of a better knowledge of the manner in which the tyre-soil interface behaves under rolling motion subjected to tractive force. In essence,…

The service life of any concrete marine structure is influenced by the physical condition of both the above water and below water portions of structure. This requires implementing an adequate inspection, maintenance, and repair program for the entire structure. To…

The use of light steel gauge framed walls in the residential and commercial sector is increasing in popularity. However, our knowledge of the performance and the behaviour of structures using such walls when subjected to lateral wind and seismic loads…

Low-rise buildings, constructed using wood, are vulnerable to extreme wind storms and earthquakes. While several experimental measurements of the environmental loads (mostly wind) on the building envelope have been made at full scale, none of these studies directly linked these…