radial tire

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。

The structure and new technology of 1145 ( Z) radial tire Bag o Matic press and the technical measures to ensure manufacturing precision are described.

介绍了1145（Z）子午线轮胎定型硫化机的结构、结构特点、采用的新技术以及为保证制造精度而采取的各种工艺措施。

The periodical changes of stresses and strains for some key-points on a radial section of the tire during rolling on straight road are also obtained.

本文还对轮胎径向截面上的某些关键点（如胎侧和胎冠处的顶点）的应力、应变随转动位置周期地变化的关系作出了分析。

A design of SUV tubeless radial tire is introduced.

介绍SUV型无内胎子午线轮胎的设计.

FE model of radial tire in front wheel position

考虑前轮定位的轮胎有限元模型建立与分析

Effect of belt angle on stress of an all steel cord truck radial tire by finite element analysis

带束层角度对全钢子午线轮胎应力影响的有限元分析

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

The LLB 1525 double bias tire press was transformed into the all steel radial tire press by modifying its mechanical parts, water and steam pipelines, electrical and heating control systems.

通过对机械部件、水气管路、电气及热工控制系统等几个方面进行改造和调整，将原来用于斜交轮胎硫化生产的LLB1525型轮胎双模定型硫化机用于全钢子午线轮胎的硫化。

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

The line is used to prod us square section beads for bias tire radial tire.

设备适用于方形断面的斜交轮胎与子午线轮胎的钢丝圈生产.

The passenger car radial tire with preformed tread was compared to that with conventional tread.

对使用预成型胎面和使用普通胎面的轿车子午线轮胎进行了对比试验。

Because radial tire has the small rolling resistance, large load capacity and many other advantages, so it is used more and more widely.

子午线轮胎因为有滚动阻力小以及负荷能力大等诸多优点，所以使用越来越广泛。

Analysis of endurance performance for radial tire with FEM

滚动轮胎耐久性有限元分析

Application of modified tackifying resin TKM series to radial tire

改性增粘树脂TKM系列在子午线轮胎中的应用

Non-linear FEA of Rolling Resistance and Temperature Profile for Radial Tire

子午线轮胎滚动阻力与温度场非线性有限元分析

Introduction of 1145 ( Z) Radial Tire Bag o Matic Press

1145（Z）子午线轮胎定型硫化机的开发

FEA of belt deformation of radial tire on camber rolling state

侧倾滚动轮胎带束层受力状态有限元分析

The radial tire rolling resistance was simulated and analyzed by using thermal implicit-explicit order solution method of ANSYS/ LS-DYNA.

采用ANSYS/S-DYNA的热隐式-显式顺序求解方法对子午线轮胎滚动阻力进行了模拟分析。

The heat build-up of 10 rubber compounds in a radial tire was investigated.

研究子午线轮胎用10种胶料的生热特性.

HMLS polyester cord is a desired reinforcing material of radial tire.

高模低缩型聚酯帘线是一种理想的子午线轮胎骨架材料.

While radial tire itself with the characteristics of the tubeless tire possible.

同时子午线轮胎本身具有的特点使轮胎无内胎成为可能.

Application This line is used to produce steel breaker belt of radial tire.

用于生产子午线轮胎的钢丝带束层.

Development of turn up bladder for P1+ 2 one stage radial tire building machine

子午线轮胎P1+2一次法成型机反包胶囊的研制

The compound formulation for calendered belt of steel-belted radial tire was investigated.

试验研究半钢子午线轮胎压延法带束层胶配方.

Technological Situation of Steel Wire for Steel Cord of Radial Tire

子午线轮胎钢帘线用钢丝的工艺现状

Influence of Tubeless Radial Tire on Linear Running of Passenger Car

无内胎子午线轮胎影响轿车直线行驶跑偏的原因及解决措施

Describes the development of large size radial tire curing press(Φ 2235B and Φ 2565B), structures and its properties, adoptes new technology and various processing and checking method for the assumed precision of the whole equipment.

叙述了大型子午线轮胎硫化机（Φ2235B和Φ2565B）的开发情况，着重介绍了它们的结构、结构特点、采用的新技术以及为保证整机精度所采取的各种工艺及检验措施。

Three dimensional finite element analysis of radial tire rolling resistance is carried out with MSC. MARC software. Tire core, thread ply and tire bead are simulated with the rebar membrane element and the rebar solid element, and rubber is described with Yeoh material mode.

MARC软件对子午线轮胎的滚动阻力进行了三维有限元分析计算，对轮胎的胎体、带束层、胎圈等部位采用了rebar膜单元以及rebar实体单元进行模拟，采用Yeoh材料模式描述橡胶材料。

First summarized the main technical target and main technical specification of equipment precision of LLY-B1750 × 4600 × 2 hydraulic curing press and engineering radial tire curing press.

首先总结了工程子午胎硫化机和LLY-B1750×4600×2液压轮胎硫化机的主要技术指标、设备精度等。

Based on the dynamic analysis of tire and thermal energy loss, the analytic method of thermal-structure coupling was used to the finite element analysis of radial tire steady state rolling resistance.

在此基础上，根据轮胎橡胶材料滞后生热特性，采用热-结构耦合分析方法对子午线轮胎稳态滚动阻力进行了有限元分析。