The Course OF Polyester Tire Cord Fabrice and its Future Development

1、

Study on Inclusion of Tire Cord Steel 72A During Refining Period

帘线钢72A精炼过程研究

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2、

Determination of elastic constants for tire cord/ rubber composite

轮胎帘线/橡胶复合材料弹性常数的测试研究

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3、

Brass coating for steel tire cord has several disadvantages.

钢帘线生产中，黄铜镀层存在一定缺陷。

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4、

Present situation and development of PET industrial yarn and PET tire cord for automobile

涤纶工业丝及其车用帘子布的现状与发展

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5、

Experimental research on reducing brittle inclusion content in high carbon steels for tire cord

降低高碳帘线钢线材中脆性夹杂物的试验研究

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6、

Technical features and design of finishes for tire cord

轮胎帘子线油剂的技术特性及设计

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7、

A brief review on the present situation of PA6 tire cord industry in China

浅析我国锦纶6帘子布生产现状

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8、

Technology Transform About Tire Cord Saturation Production Line

帘子布浸胶生产线技术转化

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9、

Acid Soluble Al Control During Refining of High Carbon Steel for Tire Cord

帘线钢82B精炼过程中的酸溶铝控制

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10、

Analysis of Factors Affecting the Quality of Steel for Tire Cord and Controlling Measures

帘线钢质量影响因素及控制措施

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11、

The production and market of nylon tire cord in our country

我国锦纶帘子布的生产状况及市场前景

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12、

Effects of heat treatment on properties of nylon 6 tire cord

热处理过程对锦纶6帘子线性能的影响

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13、

Application of DSP chip in tire cord winding tension control system

DSP芯片在帘子布卷绕张力控制系统中的应用

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14、

Recent Development of Tire Cord Industry at Home and Abroad(ⅱ)

国内外帘子布行业的近况（二）

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15、

Therefore, testing for the quality of the tire cord is a very important part to the tire production. However, there is nearly no research on the testing tire cord quality in domestic until now.

因此，轮胎帘布的质量检测在轮胎生产中是非常重要的环节。

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16、

Where is the road for tire cord fabric industries

轮胎纤维帘布工业路在何方

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17、

The real-time forces and deformations of tire are recorded, and the shape and contact pressure distribution of tire contact area are measured by Prescale films.

实时记录了试验中轮胎受力与变形关系，并采用压力敏感膜测量了轮胎接地区域内的压力分布状况。

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18、

The model was valid and reliable because the pressure distribution at the tire ground contact, the tire ground contact area and shape were in accordance with those reported in the previous papers.

轮胎接地压力分布、接地面积及形状在趋势上与文献报道的一致，说明此模型有效可靠。

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19、

It is shown that, static load has evident effects on stress of tire cord in ground contact area;

结果表明，静负荷对轮胎接地区域内帘线受力影响显著；

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20、

Then the hazard zone of tire/ rim contact area with axial force of cord, Mises stress, shearing strain and strain energy potential were analyzed.

同时运用帘线轴力、Mises应力、剪切应变、应变比能4个力学量对胎圈部的危险区域进行了精细分析。

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