1.
Rock strength is a basic parameter for rock engineering design.
岩石强度是岩体工程设计的基本依据。
2.
Rock strength characteristics and research on rock-socketed pile-tip ultimate resistance
岩石强度特性与嵌岩桩桩端极限阻力
3.
The Relationship of Rock Strength Criteria and Fracture Toughness
浅析岩石强度准则与断裂韧度的关系
4.
The Effect of Strain Rate on Strength aud Deformability of Rock
应变率对岩石强度和变形性质的影响
5.
THE EFFECTS OF DIFFERENT UNLOADING RATES ON ROCK STRENGTH
卸荷速率对岩石强度影响的试验研究
6.
Numerical Study on Damage Mechanism of Rock Strength Weakening and Its Application;
岩石强度弱化损伤机理的数值模拟及其工程应用
7.
Interrelated law between mode-Ⅰ fracture toughness and compression strength of rock
岩石断裂韧度与抗压强度的相关规律
8.
In softer sedimentary rocks, the intact material may be relatively weak.
在比较软的沉积岩中，完整岩石的强度可能比较
9.
Research of the Measure Technique in Testing Dynamic Strength and Dynamic Facture Toughness of Rock;
岩石动态强度和动态断裂韧度的测试技术研究
10.
Effect of Disc Thickness on Rock Tensile Strength Formula
圆盘厚度对岩石抗拉强度公式的影响性研究
11.
EXPERIMENTAL STUDY ON SPLIT TEST WITH FLATTENED DISK AND TENSILE STRENGTH OF ROCK
平台巴西圆盘劈裂和岩石抗拉强度的试验研究
12.
CHARACTERISTICS OF EXPONENTIAL STRENGTH CRITERION OF ROCK IN PRINCIPAL STRESS SPACE
岩石指数型强度准则在主应力空间的特征
13.
Static-dynamic coupling strength and deformation characteristics of rock under triaxial compression
三轴压缩岩石动静组合强度及变形特征的研究
14.
Rock Damage Strength Theory and Its Application in Tunnel Design and Construction
岩石损伤强度理论与隧道设计施工应用探索
15.
The foliated rock belt is over one hundred meters in width and the intensity of foliation in the center is stronger than that in the margin.
这个片理化岩带有100多来宽，带中央岩石的片理化程度较之于带边缘岩石要强。
16.
Particularly, for the continent, the crust thickness, thermal age and strain rate significantly had strong effect on the lithosphere strength.
尤其对于大陆岩石圈,地壳厚度、年龄和应变率均可显著影响岩石圈的强度。
17.
ANALYSIS ON PENETRATION DEPTH OF PROJECTILES INTO ROCK TARGETS BASED ON THE IMPROVED TWIN SHEAR STRENGTH THEORY
应用改进的双剪强度理论分析岩石靶体的弹体侵彻深度
18.
The carabiner must not be obstructed, any pressure from the rock reduces its strength.
锁不能被岩石或者挂片阻碍，任何来自岩石的压力都会降低锁的强度。