The US–Australia free trade agreement: The interface between partisan politics and national objectives
The literature on the drivers behind bilateral treaties implies an assumption that international treaties are entered into primarily to achieve national objectives, not partisan political goals. This paper investigates whether this assumption is valid, using as a case study the recently enacted US–Australia Free Trade Agreement. A stated original purpose for the agreement—increasing access to the US market for Australian agricultural products—would yield significant economic benefits for Australia. However, when it became clear that this goal would not be achieved, the objective of the Australian government shifted. The most plausible explanation for the shift is that domestic political objectives had moved to the fore and prompted the government to pursue and adopt the treaty despite some evidence that it might not be in the national interest to do so.
The merger of the Foreign Affairs and Trade Departments revisited
In July 1987 the Department of Foreign Affairs and the Department of Trade were merged into a single department. Fifteen years on, this article assesses the benefits and costs of the merger. It focuses on two questions. Firstly, did the organisational change meet the objectives being sought: that is, better coordination and greater efficiency, flexibility and responsiveness? Secondly, were Australia's capabilities in managing its international relations enhanced by the merger? The article reaches mainly positive conclusions.
Development of polyamide curable modified epoxy novolac resins with improved adhesion and chemical resistance
Purpose – To prepare modified epoxy resins from resorcinol, cresol and phenol for improved adhesion and chemical resistance. To evaluate the properties of such modified epoxy resins.Design/methodology/approach – Epoxy novolac resins (ENRs) were synthesised by condensing epichlorohydrin with novolacs based on different types of substituted phenols for improving adhesion and chemical resistance. Various compositions were made by incorporating different proportions of polyamide resin. The chemical and adhesive strengths of the conventional epoxy and the modified epoxy resins were characterised.Findings – The modified ENR using substituted phenols showed significant enhancement of chemical and adhesive strengths over the conventional DGEBA resin. The modified ENR had an increased number of glycidyl groups (thus increased functionality) of resin, which was responsible for improved chemical and adhesive strengths over the conventional DGEBA resin.Research limitations/implications – The EPN resins used in the pr...