Modelling Aqueous Corrosion

Modelling Aqueous Corrosion : From Individual Pits to System Management

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Description

All significant studies agree that aqueous corrosion continues to cost nations dearly in almost every area of technological endeavour. Over the past ten years, microcomputers have facilitated an explosion in the power of modelling as a technique in science and engineering. In corrosion they have enabled better understanding of polarization curves, they have transformed the scope of electrochemical impedance measurements and they have placed a large range of electrochemistry at the fingertips of the corrosion scientist.
This book focuses on the models, rather than the computing, which have been made possible during the past decade. Aimed at all those with an interest in corrosion and its control, the book draws together the range of new modelling strands, suggests new avenues of approach and generates further momentum for improvements to corrosion management, whether by increased understanding of atomistic processes or by control of large plant.
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Product details

  • Hardback | 468 pages
  • 157.5 x 226.1 x 33mm | 793.8g
  • Dordrecht, Netherlands
  • English
  • 1994 ed.
  • VIII, 468 p.
  • 0792328205
  • 9780792328209

Table of contents

Preface. Protectiveness of corrosion layers; J.-L. Crolet. Mathematical modelling of localized corrosion; A. Turnbull. Modelling corrosion in nuclear systems; P. Berge. Modelling the adsorption of organic corrosion inhibitors on metal surfaces; R. Raicheff, I. Betova, M. Bojinov, E. Lazarova. The use of acoustic emission for the study and monitoring of localized corrosion phenomena; H. Mazille, R. Rothea. Expert systems for corrosion prevention and control; P. R. Roberge. Anodic dissolution of metal coated by a formed salt film; B. Tribollet. The respective effects of passive films and nonmetallic inclusions on the pitting resistance of stainless steels -- consequences on the pre-pitting noise and the anodic current transients; B. Baroux, D. Gorse. Modelling the corrosion of zirconium alloys in nuclear reactors cooled by high temperature water; B. Cox. Modelling procedures for predicting the lifetimes of nuclear waste containers; D.W. Shoesmith, B.M. Ikeda, F. King. Mechanism of stress corrosion cracking and corrosion fatigue of precipitation hardening aluminium alloys; H. Friedrich, H. Killian, G. Knoernschild, H. Kaesche. Medium aggressivity and inhibitive species in pitting corrosion and stainless steels; C. Lemaitre. Modelling the capacitive behaviour of the passive film; R. Oltra, P. Bucaille, M. Indrianjafy. Relationship between modelled turbulence parameters and corrosion product film stability in disturbed single-phase aqueous flow; J. Postlethwaite, Y. Wang, G. Adamopoulos, S. Nesic. Modelling of CO2 corrosion mechanisms; S. Nesic, J. Postlethwaite. Factors affecting the corrosion resistance of materials under irradiation in the early stage of growth of the passive films; D. Gorse. Modelling ofelectrochemical noise due to the activation-controlled dissolution of metals; R.A. Cottis. A systematic approach to the design of warship impressed current cathodic protection systems; D.J. Tighe-Ford. Eliciting corrosion knowledge through the fault-tree eyeglass; P.R. Roberge. New methods of quantitative analysis of localized corrosion using scanning electrochemical probes; K.R. Trethewey, D.A. Sargeant, D.J. Marsch, S. Haines. Towards improved quantitative characterization of corroding surfaces using fractal models; K.R. Trethewey, P.R. Roberge. Index.
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