Development of a simple mechanical creep testing equipment
This paper describes the design of a mechanical creep testing equipment for collecting the creep mechanical behavior of both metallic and non-metallic specimens.Firstly,a box-type test fixture with guide rails and extendable features is employed to ensure that the testing direction remains constant,minimizing distortion of the specimen during the testing process.Secondly,stable and high-precision testing conditions are achieved through the design of a real-time feedback temperature control system in a compact space,and the application of a constant tensile force generated by a heavy object composed of various weights.Furthermore,by setting the gauge length of specimen to 100 mm and collecting displacement data with a resolution of 0.5 mm,creep strain with accuracy of every 0.5％can be obtained.Additionally,protective measures have been incorporated to reduce potential safety risks.The equipment designed in this article provides a simple and low-cost device solution for creep testing.
mechanical equipmentgauge lengthtemperature control systemcreep strain
万方数据
维普
