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In order to investigate the deformation of ceramics tube in lateral compression, a series of experiments was carried out at dynamic and static rates. It was observed that the load and deflection when fracture occurred in dynamic tests were greater than those obtained in static tests. However, a difference between Young's moduli obtained dynamically and statically was not found. By using a primary curved beam theory, Young's modulus and the fracture stress of ceramics tube could be derived from the results of experiments. The Young's modulus showed reasonable agreement with that obtained from tensile tests. The fracture stress also showed the value close to the bending strength of the ceramics tube

Dynamic and quasi-static lateral compression tests of ceramics tubes