9.00-20-10PR tire structure design
9.00-20-10PR火筒式加热炉轮胎结构设计
摘要
轮胎是车辆的主要配件，设计时应依据车辆的技术性能及车辆的使用条件，适应车辆发展的需要，并应考虑轮胎结构的合理性、经济性及发展前景，收集有关技术资料，选用先进技术，全面分析进行设计。一般包括车辆的技术性能、行驶道路情况、国内外同规格或类似规格轮胎的结构与使用情况等。 9.00-20-10PR轮胎结构设计是指通过计算、选择、绘图等方法确定轮胎整体及各部件的结构和尺寸并拟定出施工标准及设计辅助工具的过程。 设计主要包括外轮廓设计、胎面花纹设计及内轮廓设计。通过计算得出的数据绘制CAD图纸。 外胎总图是一张很重要的技术图纸，它包括外胎断面尺寸图、胎面花纹展开图，外胎侧视图、花纹沟剖面图及主要设计参数表等。
关键词：轮胎;结构设计;花纹设计；CAD制图
9.00-20-10PR tire structural design
(Xuzhou College of Industrial Technology 221140)
Abstract
The tire is vehicles' main accessories, the design should be based on vehicles' technical performance and conditions of use of vehicles, meet the development needs of the vehicle, and should consider that the tire structure the rationality, the efficiency and the prospects for development, the collection related technical data, selects the vanguard technology, the overall analysis carries on the design. Generally includes vehicles' technical performance, driving road conditions, the domestic and foreign same specifications or similar specification tire's structure and the conditions of use and so on.
The 9.00-20-10PR tire structural design is a process that by calculating, selecting, mapping and other methods to determine the overall tire and the structure and dimensions of parts and worked out the structure standards and design aids.
Design mainly including the outer contour design, tread pattern design and the design inside the contour. Use the calculated data to draw CAD drawings. Tire's assembly drawing is a very important technical drawings, it includes the tire's cross-section size drawing, tread pattern's unfolding drawing, tire's side view, pattern ditch sectional drawing and main design parameter list and so on.
Key words: tire; structure design; tread pattern design；Auto CAD
摘要................................................................1
Abstract..................................................................... 2多媒体中央控制器
pva抛光轮第一章 前 言............................................................. 4
第二章 9.00-20中型载重轮胎的结构设计............................5
2.1 设计前的准备工作..........................................5
抗干扰滤波器
2.1.1 车辆的技术性能........................................5
2.1.2 道路情况..............................................5
2.1.3 国内外同规格或类似规格轮胎的结构和使用情况............5
2.2 轮胎技术要求的确定........................................5
2.2.1 轮胎类型..............................................5
2.2.2 轮辋的选择............................................5
2.2.3 外胎充气外缘尺寸和标准气压和标准负荷..................6
2.3 外胎外轮廓设计............................................7
2.3.1 外胎模型各部位尺寸代号................................7
2.3.2 各部位尺寸确定........................................8
2.3.3 胎冠部位尺寸的确定....................................8
监控主板
2.3.4 胎侧部尺寸............................................9
2.3.5 胎圈部位尺寸..........................................11
2.3.6 外轮廓的绘制..........................................11
2.4 外胎胎面花纹设计..........................................12
2.4.1 胎面花纹设计作用......................................12
2.4.2 胎面花纹设计的基本要求................................12
2.4.3 花纹饱和度计算........................................12
2.4.4 胎面花纹设计内容......................................12
2.5 外胎内轮廓设计............................................14
2.5.1 胎身结构设计..........................................14
2.5.2 胎圈结构设计..........................................16
增白皂 2.5.3 胎面各种胶片厚度的确定................................17
2.5.4 特征部位成品厚度确定..................................17
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