Designing Fatigue Experiment for Investigating Polymer Specimens

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The using of „technical materials” speeded up lately. Because of this, parts are being designed from plastic, which have to sustain extreme stresses. The proper definition of material qualities is expensive; despite in every phase of designing, we need it to be done perfectly. In every industrial section it is important to work with exact material qualities, especially areas where there are strict safety rules (in connection with the lifespan). In this work we will introduce how to design suitable fatigue stress for the plastic samples and how to define the fatigue qualities of the various materials of Rapid Prototyping. This information could be important to change damaged equipments and parts in the military. Due to this, we performed the design of fatigue tests to help the designers elaborate military, safety improvements and proper renewing technologies.

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  • [1] M.De Monte E.Moosbrugger K. Jaschek M. Quaresimin: MultiaxialFatigue of a shortglassfibrereinforcedpolyamide 6.6 - Fatigue and fracturebehaviour International Journal of Fatigue 32. (2010) pp.: 17-28

  • [2] Antal Fodor Dr. Pal Boza Development of endurance testing machine for the investigation of repeating use of polymer specimen AGTEDU 2010 pp.: 243-249

  • [3] Antal Fodor Dr. Pal Boza Examination of snap joints using finite element method AGTEDU 2009 pp.: 287-291

  • [4] Antal Fodor Dr. Pal Boza The examination of non-linear behaviour of pieces used in extreme circumstances in condition of time using finite element method OGÉT 2009 pp.: 68-73

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