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Volume 73 Issue 1
Issue of
HTM Journal of Heat Treatment and Materials
Contents
Journal Overview
Fachbeiträge/Technical Contributions
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AWT Info / HTM
Page range: A5-A17
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HTM-Praxis
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HTM-Praxis
Page range: A18-A36
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Inhalt/Contents
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Inhalt
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Kurzfassungen/Abstracts
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Kurzfassungen
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Fachbeiträge/Technical Contributions
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Open Access
February 7, 2018
High-Throughput Exploration of Evolutionary Structural Materials
N. Ellendt, L. Mädler
Page range: 3-12
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Abstract
While experimental high-throughput and computational methods exist for the development of functional materials, structural materials are still being developed on the base of experience, stepwise prediction and punctual support of computational models. As a result, many major breakthroughs have been and still are achieved by coincidence under non-intuitive conditions. Experimental high throughput methods allow to explore large process windows where no prediction is possible due to lack of existent data. This work proposes the high throughput method “Farbige Zustände” as a novel approach for the experimental exploration of structural materials. New methods for sample synthesis, treatment and characterization are developed as well as computational methods for ad-hoc data analysis, search and experiment planning.
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Three-Dimensional Data Storage in the Subsurface Region and Fast Read-Out Technologies for Determining the Mechanical Load History of Components
S. Barton, W. Reimche, H. J. Maier
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In industrial production, the absence of clear component identification and unrecognized component defects can lead to a lack of protection against product piracy and unforeseen faults in machinery and equipment. In this context, data, which are stored directly in the subsurface region of a component ensuring its clear identification, as well as sensitive materials which act as sensors for high loading, can contribute to problem-oriented solutions. For robust, forgery-proof component identification that is inseparably linked to the component, three-dimensional data matrix codes are introduced into the component's subsurface region via a laser-induced local heat treatment. This technology ensures a sufficient data density. By locally tempering the metastable austenitic steel, areas are created where mechanical loads exceeding a defined level cause changes in the microstructure of the heat treated subsurface region. By means of adapting suitable read-out technologies, such as high-resolution eddy-current technology and the harmonic analysis of eddy-current signals, the data and load information stored in the component's subsurface region can be read non-destructively.
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Experiences in Heat Treatment of Heat Resistant Carburizing Bearing Steels
O. Beer
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Rolling element bearings in aeroengine applications undergo high stresses and elevated temperatures. Besides through hardening grades, predominantly the high speed steel M50, often case hardening steels, mostly the high performance carburizing steel M50NiL, are used in critical aircraft engine applications. The advantage of case hardened steels compared to through hardened steels is a relatively high fracture toughness in the core. Furthermore, carburizing steels allow an integrated functional design. Sophisticated heat treatment cycles are necessary to get optimal microstructural properties. This paper presents properties of these steels and experiences in industrial processing, especially in carburizing and hardening.
About this journal
HTM is a bilingual (German-English) independently assessed and periodical standard publication that provides reports on all aspects of heat treatment and material technology in research and production. By publishing trend-setting contributions to research and practical experience reports, HTM helps in answering scientific questions as well as regarding investment decisions in the industry. All articles are subject to thorough, independent peer review.
HTM is the official organ of AWT – the Association of Heat Treatment and Materials Technology.
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