1.
crankshaft journal face hardening machine
曲轴轴颈表面淬火机床
2.
crankshaft (main journal turning lathe)
曲轴（主轴颈）车床
3.
Crankshaft main journal out of round or worn
曲轴主轴颈不圆或磨损
4.
crankshaft journal milling machine
曲轴轴颈铣削专用机床
5.
Replace crankshaft or grind journals
更换曲轴或磨光轴颈
6.
The journal rubs against the bearing surface.
轴颈在轴承面上摩擦。
7.
Meanwhile, the fracture was accelerated due to the uneven surface hardness and the unreasonable distribution of the hardening layer on the crankshaft, and the bad lubrication condition in service.
同时轴左颈表面硬度不均匀、淬硬层分布不甚合理，工作过程中润滑条件差，加速了曲轴的断裂。
8.
Elastohydrodynamic Lubrication Analysis of Crankshaft Bearing Considering Crankshaft Deformation under Load and Roughness Surface;
计入曲轴受载变形的粗糙表面曲轴轴承弹性流体动力润滑分析
9.
Crankshaft Journal Size Paint Location
曲轴颈部尺寸标记位置
10.
MAIN BEARING JOURNAL DIAMETER (CRANKSHAFT REMOVED)
主轴承颈部直径（曲轴已卸去）
11.
Thermoelastohydrodynamic Analysis of Misaligned Plain Journal Bearing with Rough Surface;
计入表面形貌的倾斜轴颈轴承热弹流动力润滑分析
12.
camshaft(journal )turning lathe
凸轮轴（轴颈）车床
13.
Bearing Clearance (#1 Journal)
轴承间隙（#1轴颈）
14.
Surface Repair of Ventilator Axle Journal Based on the Technology of Laser Cladding
基于激光熔覆技术的风机轴颈表面修复
15.
The influence of the journal misalignment in bearing bore resulted from crankshaft deformation when it acted by load should be considered in the lubrication analysis of crankshaft bearing.
曲轴轴承的润滑分析应该考虑曲轴受载变形导致轴颈在轴承孔中倾斜的影响；
16.
Programming of Inner-milling of Crankshaft Drive Spindle with Parameters R
基于R参数的曲轴主轴颈内铣加工循环编程
17.
The Influence Analysis on Precision of Press Caused by the Diameter Deviation of the Crank Supporting Neck
曲轴支承颈的轴径误差对压力机精度影响分析
18.
upper center crankshaft bearing
曲轴主轴承上中轴瓦