The EEDWS cutting test machine was designed and manufactured.
设计制造了环形电镀金刚石线锯加工机床。
Appropriate processing parameters are established through cutting test.
通过切削试验，确定了合理的工艺参数。
The result of actual cutting test shows that theory is consistent with practice.
在理论分析之后，叙述了切削试验验证的情况，理论与实际取得了很好的一致。
At last, TFT are applied to the chemical explosive material simulation cutting test.
最后将薄膜热电偶温度传感器用于化爆材料模拟切削试验。
The tapping torque test is a real cutting test, it has a good relativity with cutting process.
攻丝扭矩模拟评定试验方法为真正的切削试验，与切削加工的相关性较强。
An orthogonal cutting force model with tool flank wear has been analyzed based on cutting test investigation.
在试验研究基础上进行了有后刀面磨损的正交切削模型分析。
By combining with cutting test and practice, the criterion of machining of the hot spraying coating is discussed.
结合切削试验和实践，讨论了热喷涂涂层机械加工的一般原则。
On the multifunctional testing device, the cutting test under coupling dynamic and static loads were conducted on mortar and granite block.
在自行研制的动静态多功能岩石破碎试验台上，以砂浆块和花岗岩为试验对象进行了冲击-静压切削破岩试验。
Within the mechanics research of the root system, we try to analyze with quantification the destroying rule through directly indoors cutting test.
在草的根系的力学研究中，通过室内直接剪切试验来定量分析土体的破坏规律。
This article analyses the influence of the support of oil film vibration damping of the main spindle on cutting degree of roughness through cutting test.
本文通过粗糙度切削试验，分析讨论了车床主轴油膜减振支承对其加工粗糙度的影响。
The kinds and their properties of fine and ultrafine grain cemented carbides and cermet carbides are introduced in this paper. Some cutting test data are listed.
主要介绍了细晶粒与超细晶粒硬质合金和Ti（C，N）基与TiC基硬质合金的种类和性能，并列入一些试验数据。
The paper presents the model experiments of one-pick and drum cutting systems on a hydraulic planner and a special cutting test rig with the artificial analogous cutting materials.
本文利用人造模拟截割材料，在液压刨床和专用截割实验台上完成了单齿和滚筒截割系统的模化实验。
Simulation and cutting test results show that pressure- relief slots efficiently relieves stress and drains out gas and the reasonable shape of pressure-relief slots is two-side slots.
数值分析和开挖试验表明，卸压槽卸压和排放瓦斯作用显著，合理的槽型为两帮竖槽。
The cutting test on machine DMC64V with the optimized drive proved that the machine could work more stable and almost eliminate the problems such as rough surface and overshot point surface.
通过DMC64 V机床加工的实践证明，驱动优化后的机床运行稳定，大大减少和消除了加工中的表面过切、表面麻点问题。
The structure, mechanics models and optimum design method of milling grinding pans for cutting refractory ceramics are introduced. The good performances of the pan are validated by a cutting test.
介绍了加工硬脆陶瓷用铣磨盘的结构特点、加工时的力学模型及铣磨盘的优化设计方法，并通过铣磨试验验证了铣磨盘的优良性能。
The structure, mechanics models and optimum design method of milling grinding pans for cutting refractory ceramics are introduced. The good performances of the pan are validated by a cutting test.
介绍了加工硬脆陶瓷用铣磨盘的结构特点、加工时的力学模型及铣磨盘的优化设计方法，并通过铣磨试验验证了铣磨盘的优良性能。
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