The pressure-shear plate impact experiment has been modified to test materials at high temperatures (up to 700 degrees C). Together with the high strain rates characteristic of this experiment (10(6) s(-1)), the high-temperature capability allows the shearing resistance of materials to be measured under conditions unattainable with other testing equipment. The compressive and shear responses of pure tungsten carbide at different temperatures are presented, as well as the results of one test on OFHC copper at a temperature of 691 degrees C and a shear strain rate of 1.4 x 10(6) s(-1). [References: 12]
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机译：修改了压剪板冲击实验，以测试高温（最高700摄氏度）下的材料。结合该实验的高应变速率特性（10（6）s（-1）），高温能力允许在其他测试设备无法达到的条件下测量材料的剪切强度。给出了纯碳化钨在不同温度下的压缩和剪切响应，以及在691℃和1.4 x 10（6）s（-1）的剪切应变率下对OFHC铜进行的一项测试结果。 。 [参考：12]
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