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Experimental Study on Characteristics of Rock Material under Thermal Mechanical Coupling

机译:热机械耦合下岩土材料特性的实验研究

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This paper aims to the physical characteristics of rock mass in the course of rising from room temperature to 600°C. The maximum stress is reduced from 29.95MPa to 15.65MPa when the temperature rises above 400 degrees, the modulus of elasticity decreased by even more than 90% between 250 and 400°C. The rock Poisson ratio is gradually increasing when the temperature rises from 30 to 100°C, the Poisson's ratio decreases sharply with the temperature rising from 100 to 300°C.
机译:本文旨在从室温升至600°C的过程中岩体的物理特性。当温度高于400度时,最大应力从29.95MPa降至15.65MPa,弹性模量甚至超过250-400℃的90%以上减小。当温度升高到30至100°C时,摇滚泊松比逐渐增加,泊松比随着100至300°C的温度急剧下降。

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