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Can I read Computer Simulation of Oxide Scale Cracking/healing Processes Under Substrate Creep at High Temperatures and Comparison of the Results to Experimental Data on EtoBox?
Computer Simulation of Oxide Scale Cracking/healing Processes Under Substrate Creep at High Temperatures and Comparison of the Results to Experimental Data by Dr.-Ing. M. Schütze is a Materials Science article available to read on EtoBox.
What is Computer Simulation of Oxide Scale Cracking/healing Processes Under Substrate Creep at High Temperatures and Comparison of the Results to Experimental Data about?
A computer programme is described which simulates the cracking and healing processes in protective oxide scales on heat-resistant alloys under tensile straining at high temperatures. The main aim of the programme has been to calculate the critical strain rates for the maintenance of the protective effect of oxide scales after cracking by healing. The results from simulation calculations using input data for 3 heat-resistant steels investigated earlier are compared to experimental results for these materials. The comparison reveals good agreement between calculated and experimental data concerning the critical strain rates for the maintenance of the protective effect by crack healing. The programme, thus, offers a tool for the theoretical estimation of critical strain rates when knowing some necessary mechanical data of the scale and the oxidation rate constant. Es wird ein Rechnerprograrnrn beschrieben, das die in schutzenden Oxidschichten auf hitzebestandigen Legierungen unter Zugverformung bei hohen Temperaturen ablaufenden RiDbildungs-und Aus- heilvorgange simuliert. Das Hauptziel des Programms ist es, die kritischen Dehngeschwindigkeiten beziiglich des Erhalts der Schutzwirkung
Who reads Computer Simulation of Oxide Scale Cracking/healing Processes Under Substrate Creep at High Temperatures and Comparison of the Results to Experimental Data?
It is typically read by researchers, students, and practitioners in Materials Science.
- Author
- Dr.-Ing. M. Schütze
- Publisher
- John Wiley and Sons; Wiley (John Wiley & Sons); John Wiley & Sons Ltd.; Wiley (ISSN 0947-5117)
- Published
- 1987
- Language
- EN
- Field
- Materials Science (Physical Sciences)