Survey of published and other information relating to aluminium bronzes in a number of environments. Recommendations are made for materials suitable for many applications. 1981. 30pp. Archive for research purposes.
Reprint of an article published in ‘Engineering’ August 1982 (Tech file 116). The advantages of aluminium bronze casting alloys are discussed with advice on how various design criteria affect casting quality. 1983. 22pp.
Physical and mechanical properties at low, ambient and elevated temperatures are provided for wrought and cast aluminium bronze alloys. 1981. 93pp.
Describes the essential features of good welding practice in relation to the aluminium bronze alloys. 1980. 12pp.
Illustrated 8-page leaflet highlighting the main attributes of the important aluminium bronzes including selection criteria, properties, corrosion resistance, welding and machining. 1989. 16pp.
The rectification of defects by welding is not permitted on Class 1 and Class 2 forgings.
Describes the properties, applications and fabrication of aluminium bronze alloys. 1986. 24pp.
Information on the installation of copper pipework systems in buildings and information on compatibility of copper with various construction materials and chemicals. 2000. 19pp.
Highlights the durable and decorative qualities of brass when used for both internal and external architectural applications. Well illustrated with examples of modern usage. 12pp.
Industrially important copper alloy systems are discussed in terms of the relationship between their microstructure and properties and the relevant equilibrium diagram. 1993. 36pp.
No. The system energy efficiency can also be achieved with conventional tubes (such as 3/8 inch diameter tubes) simply by using more tubes and thereby increasing the surface area available for heat transfer. Nevertheless, a penalty is paid in terms of the increased weight of tube material and fin material as well as increased refrigerant volume. In general, if larger diameter tubes are used then a larger coil size is necessary to achieve the same performance and energy efficiency that could be achieved in a more compact system with smaller diameter tubes.