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- Standard Test Methods for Single-Filament Tire Bead Wire Made from Steel 单股轮胎边钢丝的标准试验方法
- tire bead wire 轮胎钢丝
- Use: Draw out the steel wires from the tire bead. 用途:拉拔轮胎内圈的钢丝。
- The tire with rectangular bead wire has an advantage in less tire weight,optimum bead structure,... 胎圈采用矩形钢丝钢丝圈的轮胎质量小、结构优、爆破压力大、行驶里程长。
- The stress-strain in the bead wire was analyzed taking 10.00R20 BTR tire as example. 以10.;00R20全钢载重子午线轮胎为例进行钢丝圈钢丝受力分析。
- FE model was used to obtain the stress distribution in bead wire of BTR tire under different inflation pressures as well as the maxium stress and the average stress in bead wire. 利用有限元模型计算得到各种充气压力下钢丝圈钢丝的应力分布特征,并进一步得到钢丝圈钢丝的最大应力和平均应力,它们基本上与充气压力成正比;
- The effect of the carcass angle on the endurance of TBR tire bead was investigated by FEA. 利用有限元分析方法研究胎体帘布角度对载重子午线轮胎胎圈耐久性能的影响。
- Bead wire selection for TBR tire 全钢载重子午线轮胎胎圈钢丝选型
- Design of bead wire winding system for radial tire 子午线轮胎钢丝圈缠绕系统设计
- Modification of bead wire coating for truck tire 载重轮胎胎圈钢丝包胶配方的改进
- A tire tool or flat stock can be used to pry one part of the bead up over the rim flange (start near the valve stem). Care must be exercised to avoid damaging the tire bead or inner tube. 可用轮胎工具或扁平的撬棒把轮缘的一端从轮辋辋圈上撬起。要当心不要损坏轮胎轮缘或内胎。
- Processing technology of bead wire for all-steel radial truck tire 全钢载重子午线轮胎的钢丝圈生产工艺
- Keywords BTR tire;bead wire;stress distribution;safety factor; 关键词全钢载重子午线轮胎;胎圈钢丝;应力分布;安全系数;
- The statistics and forecasting of output and requirement quantity show that the output of steel cord trends more than sales volume and bead wire develops towards several diameters and high strength. 对钢帘线及胎圈钢丝的产量和需求量进行统计和预测,钢帘线有产大于销的发展趋势,胎圈钢丝向多规格、高强度方面发展。
- Calculation of stresses in belt, carcass ply and bead wire of radial tire 子午线轮胎带束层、胎体及钢丝圈应力计算
- Production Present Situation of Bead Wire 胎圈钢丝的生产现状
- Computation of radial tire bead heel width for inflation building 充气定型子午线轮胎胎坯胎踵宽度的计算
- Evolution of Bead Wire Standard of China 我国胎圈钢丝标准的演变
- The man jacked up his car to fix a flat tire. 那人用千斤顶把他的汽车顶起以修理漏气的轮胎。
- The influence of bead structures of triangle radial expanded model and L shape expanded model on the stress of bead wires was analyzed,and confirmed by FEA. 从理论上分析三角形径向扩张模式和L形扭转扩张模式胎圈结构对钢丝圈应力的影响,并用有限元方法进行计算验证。