UA88683U - Testbench for study of resilient-elastic damping media intended for finishing milling of the blades of mono-wheels of gas-turbine engines
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Testbench for study of resilient-elastic damping media intended for finishing milling of the blades of mono-wheels of gas-turbine engines
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Application filed by Запорізький Національний Технічний УніверситетfiledCriticalЗапорізький Національний Технічний Університет
Priority to UAU201312754UpriorityCriticalpatent/UA88683U/en
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A testbench for study of resilient-elastic damping media intended for finishing milling of the blades of mono-wheels of gas-turbine engines (GTE) has a massive basis and a sensor for measurement of the level of vibration connected to registering apparatuses. The testbench is equipped with three placed in parallel to each other plates, those simulate the blade gate of the mono-wheel of the GTD. The central plate is the control one and simulates the blade at processing with milling, and two other ones are technological plates and simulate the neighboring blades. At the end of the control plate the sample under investigation is fixed, in the massif basis of the testbench, in front of the sample under investigation, displacement sensor is fixed. The height of the first technological plate is equal to the height of the sample under investigation and the control plate, and the height of the second technological plate is lower compared to the control one. The plates with the lower sections are tightly connected to each other and the massif basis with screws, and the upper sections of the plates form the space one with another, this is controlled by means of installation of spacer plates between the lower sections of the control, and technological plates, at that the space is filled with resilient-elastic damping medium.
UAU201312754U2013-11-012013-11-01Testbench for study of resilient-elastic damping media intended for finishing milling of the blades of mono-wheels of gas-turbine engines
UA88683U
(en)
computer-implemented method for inferring the activity of a tgf-b cell signaling pathway in an individual; apparatus for inferring the activity of a tgf-b cellular signaling pathway in an individual; non-transient storage medium; computer program; kits for measuring expression levels of three or more tgf-b cell signaling pathway target genes in a sample from an individual; infer the activity of a tgf-b cell signaling pathway in an individual; infer the activity of a tgf-b cell signaling pathway in an individual; and use of the kit