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ROCK MECHANICS TESTING MACHINE COMBINING DYNAMIC AND STATIC LOADS, AND TESTING METHOD

机译:动静载荷组合的岩石力学试验机及试验方法

摘要

Disclosed are a rock mechanics testing machine combining dynamic and static loads, and a testing method, which relate to the technical field of rock mechanics testing. The testing machine comprises a static loading device, a dynamic loading device and a monitoring system, wherein the static loading device comprises a top beam (1), upright columns (2), a loading oil cylinder (3), a bearing column (5) and a cross beam (6); and the dynamic loading device comprises energy storage springs (7), telescopic columns (8), energy storage control oil cylinders (9), electromagnets (10), lifting oil cylinders (11) and protective base plates (12); the upright columns (2) are provided at two sides of a lower part of the top beam (1); the loading oil cylinder (3) is provided on a base (4); the telescopic columns (8) and the energy storage control oil cylinders (9) are provided between the top beam (1) and the cross beam (6); the energy storage springs (7) sheathe the telescopic columns (8); the electromagnets (10) are provided on a lower end of the energy storage control oil cylinders (9); the lifting oil cylinders (11) and the protective base plates (12) are provided between the cross beam (6) and each of the upright columns (2); and an energy storage load sensor (14) is provided between the telescopic column (8) and the top beam (1). A method for using the testing machine to study impact failure of a rock specimen is further disclosed, and a testing objective of synchronous static and dynamic loading on the same rock specimen is realized, and advantages, such as flexible and convenient control, are further achieved.
机译:本发明公开了一种动静载荷相结合的岩石力学测试机及测试方法,涉及岩石力学测试技术领域。该测试机包括静态加载装置,动态加载装置和监控系统,其中静态加载装置包括顶梁(1),立柱(2),加载油缸(3),轴承柱(5)。 )和横梁(6);动态加载装置包括储能弹簧(7),伸缩柱(8),储能控制油缸(9),电磁铁(10),举升油缸(11)和保护基板(12);立柱(2)设置在顶梁(1)下部的两侧。装载油缸(3)设置在基座(4)上。在顶梁(1)和横梁(6)之间设有伸缩柱(8)和储能控制油缸(9)。储能弹簧(7)套在伸缩柱(8)上。电磁铁(10)设置在储能控制油缸(9)的下端。在横梁(6)与每个立柱(2)之间设置有起重油缸(11)和保护基板(12)。伸缩柱(8)与顶梁(1)之间设有储能负荷传感器(14)。进一步公开了一种使用该试验机研究岩石试样冲击破坏的方法,实现了对同一岩石试样进行静,动态同步加载的试验目的,进一步实现了控制灵活,方便等优点。 。

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