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Dynamic Characteristics of a New Machine for Fatigue Testing of Railway Axles – Part 2

机译:新型铁路轴疲劳试验机的动态特性–第2部分

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There were done some proposal calculations for a new testing machine. This new testing machine is determined for a dynamic fatigue testing of railway axles. The railway axles are subjected to bending and rotation (centrifugal effects). For the right proposition of a new machine is very important to know the basic dynamic characteristics of whole system. These dynamic characteristics are solved via FEM (MSC.Marc/Mentat software) in combination with SBRA (Simulation-Based Reliability Assessment) Method (probabilistic Monte Carlo approach, Anthill and Python software). The proposed dimensions and springs of a new machine for fatigue testing of railway axles were used for manufacturing. Application of the SBRA method connected with FEM in these areas is a new and innovative trend in mechanics. This paper is continuation of former work (i.e. easier deterministic approach) already presented in this journal in 2007.
机译:对于新的测试机,已经完成了一些建议计算。这台新的测试机被确定用于铁路车轴的动态疲劳测试。铁路轴受到弯曲和旋转(离心作用)。对于新机器的正确建议,了解整个系统的基本动态特性非常重要。这些动态特性是通过FEM(MSC.Marc / Mentat软件)结合SBRA(基于仿真的可靠性评估)方法(概率蒙特卡罗方法,Anthill和Python软件)解决的。用于制造铁路车轴疲劳测试的新机器的建议尺寸和弹簧用于制造。 SBRA方法与FEM结合在这些领域中的应用是力学领域的一个新的创新趋势。本文是2007年在该杂志上发表的以前工作的延续(即更容易确定性的方法)。

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