Clean crankshaft flange carefully using acetone or solvent naphtha.

If customer complaints are received regarding the aforementioned noises on an engine manufactured before the specified date of introduction, the crankshaft bearing housing must be replaced instead of replacing the complete engine.

如果收到有关发动机产生上述噪音的客户投诉，并且发动机的制造日期早于指定的推出日期，则必须更换曲轴轴承壳，而不是更换整个发动机。

Damage Reasons and Troubleshooting for Crankshaft Bearing in Series 190 Engines

190系列发动机曲轴轴瓦损坏原因及处理措施

Coupling Analysis of Dynamics Tribology and Elastic Mechanics for a Crankshaft Bearing System

计入曲轴倾斜时曲轴-轴承系统动力学摩擦学和弹性力学耦合分析

Study on the Influences of Some Parameters on the Lubrication Properties of Crankshaft Bearing

若干参数对内燃机曲柄滑动轴承润滑特性的影响

Numerical Research on Friction Properties of Crankshaft Bearing in an Internal-Combustion Engine

内燃机曲柄滑动轴承摩擦性能的数值研究

Bispectrum Analysis for Vibration Data of Crankshaft Bearing in Diesel Engine

柴油发动机曲轴轴承振动信号的双谱分析

Special Knockout for Engine Crankshaft Bearing of Motorcycle

摩托车发动机曲轴轴承专用拆卸工具

Research For Improvement on Crankshaft Bearing Lubrication of IC Engine

改善内燃机曲轴轴承润滑状态的研究

In order to manufacture high-quality crankshafts with high efficiency without crankshaft mill and satisfy the demand for mass production, we designed the process of crankshaft lathe so as to meet the corresponding process accuracy.

为了在无曲轴磨床的情况下，高效制造出高质量的曲轴，以满足大批量生产的要求，对曲轴车床加工进行了工艺设计，使其达到了相应的加工精度要求。

The dental abrasive testing machine applies a V-like swing arm to driving the wearing part to move along the slope back and forth, which is connected with an eccentric wheel fixed on the crankshaft of the gear motor through a connecting rod.

该机采用V形摆动臂来驱动磨耗部分沿斜面作往复磨耗运动，V形摆动臂通过连接杆与减速电机轴上的偏心轮连接。

Control of Positional Accuracy for Keyways in Crankshaft Timing Gear Journals

曲轴齿轮轴颈键槽位置精度控制方法

The study showed that the structural dimensions played an important role the crankshaft gear stress. Based on these, on analyze the impact law of the structural dimensions affect to the interference fit was mainly focused.

研究表明结构尺寸对曲轴齿轮应力影响较大，在此基础上着重分析了结构尺寸对过盈量的影响规律。

The primary drive gear ( crankshaft gear) and the primary driven gear are the source of noise due to their high speed and bigger reduction ratio.

作为摩托车初级传动的曲轴齿轮及初级从动齿轮，由于转速高及降速比大，是产生噪声的主要因素。

The relation between the related structural dimensions of interference fit, the contact state, the running state and the crankshaft gear stress was mainly investigated.

重点探讨了过盈联接相关结构尺寸、接触状态以及运转状态等因素与曲轴齿轮应力的关系。

Therefore, the finite element method was used in this article to systematically study the Interference technology of the crankshaft gear.

为此本文利用有限元方法，对曲轴齿轮过盈联接技术展开了系统的研究。

Fault Diagnosis of Crankshaft Main Journal Grinder Based on Vibration Technique

基于振动诊断技术的曲轴主轴颈磨床故障诊断

Design of Wheel Dressing Program for 4R Crankshaft Grinder

4R曲轴磨床砂轮修整程序设计

Synchronous Control for Crankshaft Grinder Head-tail Stock Based on AC Servo

基于交流伺服驱动的曲轴磨床头尾架同步控制方法

Refitting Toyoda Crankshaft Grinder with Siemens 840D

用西门子840D系统改造丰田七砂轮曲轴磨床

By the modal experimental of the crankshaft, the validity of the finite element model about crankshaft which includes pulley and flywheel was verified.

通过曲轴的模态试验验证了曲轴有限元模型的准确性。