solidworks+adams高速传送驱动耦合特性分析

摘要本文分析了一给定尺寸的圆柱形棒料适合采用的物料传输方式，设计了一个专门用来运输这种尺寸棒料的轨道。

通过solidworks三维设计软件对所设计的轨道进行建模，同时建立物料模型和滚子驱动装置模型，建立装配图将所建模型进行装配，检查并修改装配图直到计算结果为未干涉。

将建好的装配图另存为*.x_t格式，用adams软件导入。定义环境重力、各部件材料和质量、运动副、碰撞关系和动力，完成后设置仿真时长和帧数，开始进行仿真。

仿真结束后可获得物料传输特性，选取合适的样本对所需数据进行绘图并分析，最终得到物料传输特性。68311

毕业论文关键词物料传输轨道，solidworks建模，adams仿真，物料传输特性

毕业设计说明书（论文）外文摘要

Title High-speed transmission drive coupling characteristics analysis

Abstract

This paper analyzes the transmission of a given material dimensions suitable for the use of a cylindrical bar, designed specifically for the transport of a bar of this size track.

By solidworks three-dimensional design software for the design of the track modeling, while building material model and roller drive model, establish assembly drawing of the model will be assembled, check and modify the assembly drawing up the results for non-interference.

Built a good assembly drawings saved as *.x_t format, introduction adams software. Define gravity environment, quality of materials and components, deputy campaign, collision relationships and power, set up after the completion of the simulation length and number of frames to start the simulation.

After the simulation the transmission characteristics of materials available, select an appropriate sample of the required data and mapping analysis, and ultimately get the transmission characteristics of the material.

Keywords Material transfer orbit, solidworks modeling, adams simulation, material handling characteristics

1 引言 1

1．1 研究课题及研究目的、意义 1

1．2 主要研究内容、途径及技术路线 1

2 物料传输方案确定 2

2．1 物料传输初始条件分析 2

2．2 可选传输方式的比较 2

2．3 确定物料传输方案 3

3 物料传输简化模型设计 5

3．1 模型总体设计 5

3．2 物料传输轨道设计 5

3．3 物料设计 13

3．4 建立装配图 14

4 虚拟样机仿真 18

4．1 仿真前期准备工作 18

4．2 开始仿真 23

4．3 获得物料传输特性数据 24

4．4 分析仿真数据 27

结论 29

致谢 30

参考文献 31

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