Gleeble® | Hydrawedge MCU - Plane Strain Deformation скачать в хорошем качестве

Gleeble® | Hydrawedge MCU - Plane Strain Deformation

The Gleeble Hydrawedge MCU (shown in this video) can be utilized to simulate multiple stand rolling mill processes in a laboratory setting based on a schedule provided by the user. To accomplish this, the Gleeble system manipulates the temperature of the test specimen using a proprietary direct resistance heating system and accurately deforms the test specimen by way to the Hydawedge MCUs patented dual hydraulic rams. Dynamic Systems Inc. (DSI) designs and manufactures equipment for dynamic thermal-mechanical testing of materials and physical simulation of processes. Samples of material are heated and mechanically worked while various performance parameters of interest are measured and recorded for analysis. After the simulation or test is done, the microstructure of the material may also be examined. The most widely known machine produced by DSI for physical simulation is the Gleeble® System. The Gleeble System is produced in a number of different sizes and configurations . These machines typically have a high speed heating system, a servo hydraulic system and a computer control and data acquisition system. What is Physical Simulation? Physical simulation is the exact reproduction of the thermal and mechanical processes in the laboratory that a material is subjected to during the manufacturing process or end use. Physical simulation is a valuable tool used to study metallurgical processes, develop new materials and replicate real world conditions in the laboratory. This particular test has been run using the plane strain anvil (platen) adapter kit to model a five stand mill with the following schedule: Pre-deformation: Specimen heated to 1070 C in 5 minutes and held at temperature for 1 minute Deformation 1: Temperature: 1170C Strain: 0.15 Strain Rate: 3.49/sec Deformation 2: Temperature: 1165 C Strain: 0.10 Strain Rate: 3.04/sec Deformation 3: Temperature: 1160 C Strain: 0.11 Strain Rate: 3.71/sec Deformation 4: Temperature: 1160 C Strain: 0.12 Strain Rate: 4.40/sec Deformation 5: Temperature: 1155 C Strain: 0.15 Strain Rate: 4.15/sec For more information on Gleeble Thermal Mechanical Physical Simulators, please visit: https://www.gleeble.com