1.
Chaos Research on Rock Fragmentation under Static and Dynamic Combined Loads
动静载组合切削破岩的混沌动力学研究
2.
Mechanical Characters and Experimental Research on Rock Fragmentation under Dynamic-Static Combined Loads;
动静组合载荷作用下切削破岩的力学特性及实验研究
3.
Study on Rock Breaking Regulation in Optimizing Cutting Angle of PDC Bit
PDC钻头切削齿切削角度对破岩效果影响规律的研究
4.
RESEARCH ON GRANITE CUTTING AND BREAKING TEST UNDER CONDITIONS OF HIGH TEMPERATURE AND HIGH PRESSURE
高温高压条件下花岗岩切削破碎试验研究
5.
The Influence of Cutting Element Dimension,Linear Speed and Bit Load Stabilization on Chip Grain-Size and Effect of Rock Failure
切削具的线性尺寸、线速度、轴载的稳定性对岩屑粒度和破岩效率的影响
6.
Identification of Cutter Breakage in Variable Cutting Parameters Milling;
变切削参数铣削加工中刀具破损辨识
7.
The particles of sand rub, scratch and cut the rocks against which they are blown.
沙粒磨擦、刮削、割切着吹过的岩石。
8.
Monitoring and Analysis of the Tool Wear and Break in Dry Machining Process
干切削过程刀具磨损、破损监测与分析
9.
Experiment Study on Force and Wear of Diamond Tool of Glass Grinding
玻璃磨削中切削力和金刚石刀具磨破损的实验研究
10.
A method of spectrum-standard deviation for identificating breakage of disc cutter of variable cutting parameter
变切削参数盘形铣刀破损识别的频谱——方差法
11.
Study of Face-Milling Process Cut-in Type and Disrepair Life;
面铣刀铣削切入方式与破损寿命的研究
12.
Tool Failure Monitoring Techniques for Milling of Variable Cutting Parameters;
变切削参数加工中盘铣刀的破损状态监控
13.
Research on point safety factor of shear failure geomaterials
岩土材料剪切破坏点安全系数的研究
14.
generating cutting
滚(齿)切(削)法
15.
Orthogonal experiment on cutting forces and parameters optimization when processing granite with diamond grinding wheel
金刚石砂轮加工花岗岩时切削力的正交试验及参数优化
16.
Trend to development of water-soluble cutting oil was described. The function of disruptionof microbe in fluid and the new advance of antibiotic water-soluble cutting oil were also presentedhere.
介绍水溶性切削液的发展动向，水溶性切削液中微生物的破坏作用和抗菌性的水溶性切削液新进展。
17.
This kind of failure is less likely in carbonate formations than in sandstone ones; the former reduce the destructive potency of the brine.
这类缺陷在碳酸岩层中发生的可能性低于砂岩，因为前者会削弱卤水的破坏力。
18.
Study on the Cutting and Disrepair Mechanism of the Difficult-To-Machine Material 3Cr-1Mo-1/4V Steel;
难加工材料3Cr-1Mo-1/4V钢的切削及刀具破损机理的研究