Picture of virus under microscope

Research under the microscope...

The Strathprints institutional repository is a digital archive of University of Strathclyde research outputs.

Strathprints serves world leading Open Access research by the University of Strathclyde, including research by the Strathclyde Institute of Pharmacy and Biomedical Sciences (SIPBS), where research centres such as the Industrial Biotechnology Innovation Centre (IBioIC), the Cancer Research UK Formulation Unit, SeaBioTech and the Centre for Biophotonics are based.

Explore SIPBS research

Computer simulation of erosion-corrosion interactions at elevated temperatures

Stack, Margaret and Song-Roehrle, Q. and Stott, F.H. and Wood, G.C. (1995) Computer simulation of erosion-corrosion interactions at elevated temperatures. Wear, 181-183 (2). pp. 516-523. ISSN 0043-1648

Full text not available in this repository. (Request a copy from the Strathclyde author)

Abstract

Although there have been some attempts to model erosion by solid particles at elevated temperatures, there have been few efforts to develop a model which can generate images of the surface morphologies in the various erosion-corrosion regimes. Many classifications of erosion-corrosion regimes have been identified and there is evidence that there are at least three such regimes. The physical significance of the surface in such regimes may be difficult to visualize, particularly when the situation is neither ''erosion-dominated'' (erosion of the substrate) nor ''corrosion-dominated'' (erosion plays a minor role compared with corrosion). The object of this research has been to develop a physical model to simulate the transitions between erosion-corrosion regimes at elevated temperatures. Properties of the particle (shape, size, velocity, hardness, flux), the target (corrosion resistance, hardness, impact angle) and the environment (gas composition and temperature) are considered in the model. The results are then used to construct a computer-generated image of the eroding surface. This paper describes the physical basis of the model and shows how the transitions between the regimes can be achieved by variation of the erosion and corrosion parameters. Typical results are shown and compared with existing erosion-corrosion data. The future development of the research is outlined in terms of the application to other environments in which erosion-corrosion occurs.