The paper deals with the possibility to apply mathematical methods to process dynamic impact bend test diagrams in force-time (F - t) layout. The paper presents both a methodology of taking off "F - t" characteristics and a computer-aided testing stand, as well as processing algorithms of diagrams in the field of mathematical filtration based on averaging random variable and oscilation in the field of time and frequency. ; A procedure for defining characteristic points of the sample impact cracking process has also been defined. As a complement to theoretical consideration, the paper presents an example of specific processing of "F - t" diagrams for "C - Mn" steel sample, which may be the basis for evaluation of failure process parameters in crack mechanics bearing.
Zielona Góra: Uniwersytet Zielonogórski
AMCS, volume 3, number 2 (1993) ; click here to follow the link
Biblioteka Uniwersytetu Zielonogórskiego
Sep 1, 2021
Jul 7, 2020
16
https://www.zbc.uz.zgora.pl/publication/63826
Edition name | Date |
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Physical interpretation of impact bend test by means of mathematical methods | Sep 1, 2021 |
Hammouri, Hassan Bounit, Hamid Logemann, Hartmut - red. Townley, Stuart - red.
Kaczorek, Tadeusz (1932- ) Logemann, Hartmut - red. Townley, Stuart - red.
Tokarzewski, Stanisław Telega, Józef J. Logemann, Hartmut - red. Townley, Stuart - red.
Rutkowska, Danuta Logemann, Hartmut - red. Townley, Stuart - red.
Müller, Peter C. Logemann, Hartmut - red. Townley, Stuart - red.
Avalos, George Lasiecka, Irena Logemann, Hartmut - red. Townley, Stuart - red.
Grabowski, Piotr Logemann, Hartmut - red. Townley, Stuart - red.
Harteneck, Moritz Stewart, Robert W. Logemann, Hartmut - red. Townley, Stuart - red.