tire with的例句大全

Study on tread compound formula design of green tire with orthogonal rotating design method

用正交旋转设计法探讨绿色轮胎胎面胶配方设计

Eva tire with just one color, without break.

只有一种颜色的塑料发泡轮胎，没有制动闸。

These conclusions have an important role for the structure design of the tire with complex pattern.

这对复杂花纹轮胎的结构设计分析具有很好的指导意义。

Analysis for influence of belt reinforcing materials on mechanical properties of tire with FEA

有限元分析带束层骨架材料对轮胎力学性能的影响

Analysis of endurance performance for radial tire with FEM

滚动轮胎耐久性有限元分析

Improving High Speed Performance of Radial Passenger Car Tire with Nylon Cap Ply

采用尼龙冠带层提高轿车子午线轮胎高速性能

Static Finite Element Analysis for Effect of Belt Angle on Radial Tire with Complex Tread Patterns

帘线角对子午线轮胎力学性能的影响&基于含复杂花纹的轮胎有限元静力分析研究

Finite element analysis of rolling contact characteristics for radial tire with grooved tread patterns

有花纹的载重子午胎滚动接地性能有限元分析

An automobile tire with deep tread to give traction in snow.

带有深轮胎面在雪中进行牵引作用的汽车轮胎。

He stopped the hole in the tire with a patch.

他用胶水把车胎上的洞粘上了。

Design of 23.5-25 OTR tire with super deep tread patterns

23.5-25超加深花纹工程机械轮胎的设计

This article mainly introduced our research on pouring tire with polyurethane and the forming equipment in recent years.

主要介绍了近年来我国聚氨酯浇注轮胎及其成型设备的研制情况。

Improving Dynamic Unbalance of Passenger Car Tire with Preformed Tread

应用胎面预成型技术提高轿车子午线轮胎动平衡检测通过率

A Study on Contact Patch of Tire with Camber and Sideslip

外倾和侧偏联合作用下轮胎接地印迹研究

This paper tries to improve three-dimensional fine mesh finite element analysis of radial tire with combined pattern. 1.

本文试图完善组合花纹子午线轮胎的三维精细网格有限元分析。

And the endurance and speed performance of finished tire with ZD-4 improved.

使用加工助剂ZD4的成品轮胎耐久性能和高速性能提高。

The noise of tire with closed transverse groove was higher than that with similar open groove;

横向封闭沟槽轮胎噪声高于同样形状大小开放沟槽轮胎噪声；

With the decrease of aspect ratio, the temperature in tire shoulder and crown decreases obviously, and the temperature in tire side and bead hardly change.

结果还表明，轮胎胎肩、胎冠部的温度随扁平率的减小而有所降低，而胎侧、胎圈部的温度则几乎没有变化。

Tire shoulder temperature increases significantly with the increase of belt angle.

带束层施工参数虽对轮胎最高温度影响不大，但随着带束层角度的增加胎肩温度增加明显。

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。