Romax简明教程

【实例截图】

【核心代码】

1． Romax Designer 安装（license 安装）····················································· 5
2． Romax Designer 培训内容简介···································································· 7
2．1 培训内容介绍··················································································································· 7
2．2 教程约定··························································································································· 8
2．3 教程文件夹使用说明 ······································································································· 9
2．4 在软件中打开旧版本模型的说明 ·················································································· 9
3．汽车传动系齿轮箱建模···················································································· 15
3．1 轴及其轴承建模·············································································································· 15
3．1．1 中间轴所需输入数据······························································································· 15
3．1．2 详细操作·················································································································· 16
3．1．2．1 创建新的设计·································································································· 16
3．1．2．2 创建轴············································································································ 17
3．1．2．3 定义轴段········································································································ 18
3．1．2．4 选择并定位轴承····························································································· 20
3．1．3 输入轴及其轴承建模······························································································· 23
3．1．4 输出轴及其轴承建模······························································································· 23
复习············································································································································ 25
3．2 对齿轮副进行概念性建模····························································································· 25
3．2．1 一挡齿轮副所需输入数据························································································ 25
3．2．2 详细操作·················································································································· 26
3．2．2．1 创建概念性的齿轮组······················································································ 26
3．2．2．2 定义齿轮的位置······························································································ 28
3．2．2．3 定义齿轮与轴的安装方式··············································································· 30
3．2．3 其他齿轮副输入参数······························································································· 32
复习············································································································································ 35
3．3 平行轴在三维环境中的布置························································································· 35
3．3．1 详细操作·················································································································· 36
3．3．1．1 创建齿轮箱······································································································ 36
3．3．1．2 定义轴的位置·································································································· 38
3．3．2 检查齿轮箱装配······································································································· 39
复习············································································································································ 40
下一步的工作··························································································································· 40
4．汽车传动系齿轮箱分析及优化 ········································································ 41
4．1 定义载荷工况和齿轮箱载荷谱····················································································· 41
4．1．1 输入数据················································································································· 41
4．1．2 详细操作················································································································· 42
4．1．2．1 定位齿轮箱动力负载······················································································ 42
4．1．2．2 定义一档转速载荷工况··················································································· 43
Romax 简明教程——利用 RomaxDesigner
对平行轴传动系统进行建模和分析
3
4．1．2．3 定义齿轮箱一挡动力流··················································································· 44
4．1．2．4 观察齿轮箱动力流·························································································· 47
复习············································································································································ 47
4．2 运行轴静态分析·············································································································· 48
4．2．1 输入数据················································································································· 48
4．2．2 详细操作················································································································· 48
4．2．2．1 对单个载荷工况进行轴的静态分析································································ 48
4．2．2．2 查看轴静态分析结果······················································································ 49
4．2．2．3 查看轴承分析结果·························································································· 50
4．2．2．4 替换过载的轴承······························································································ 51
复习············································································································································ 53
4．3 运行载荷谱分析·············································································································· 53
4．3．1 输入数据················································································································· 53
4．3．2 详细操作················································································································· 53
4．3．2．1 运行整个齿轮箱载荷谱分析··········································································· 53
4．3．2．2 观察载荷谱分析结果······················································································ 54
4．3．2．3 重复设计和结果再生······················································································ 55
复习············································································································································ 56
下一步的工作··························································································································· 57
5．工程车传动系统的建模与分析 ········································································ 58
5．1 利用分离轴承进行同心轴的连接 ················································································ 60
5．1．1 输入数据················································································································· 60
5．1．2 详细操作················································································································· 60
5．1．2．1 将轴承定位于输出轴上··················································································· 60
5．1．2．2 将轴承外座圈与 Output Gear Sub Shaft连接·················································· 61
复习············································································································································ 63
5．2 对齿轮系进行建模 ········································································································ 63
5．2．1 输入数据················································································································· 63
5．2．2 详细操作················································································································· 64
5．2．2．1 创建概念性的齿轮系 ······················································································ 64
5．2．2．2 将齿轮安装于轴上·························································································· 66
复习············································································································································ 67
5．3 对概念性离合器盘进行建模························································································ 67
5．3．1 输入数据················································································································· 67
5．3．2 详细操作················································································································· 67
5．3．2．1 创建概念性的离合器盘··················································································· 67
5．3．2．2 定义离合器几何尺寸······················································································ 68
5．3．2．3 连接离合器与安装轴······················································································ 69
复习············································································································································ 71
Romax 简明教程——利用 RomaxDesigner
对平行轴传动系统进行建模和分析
4
5．4 对同心轴进行轴的静态分析························································································ 71
5．4．1 输入数据················································································································· 71
5．4．2 详细操作················································································································· 72
5．4．2．1 定义载荷工况·································································································· 72
5．4．2．2 观察轴静态分析结果······················································································ 72
复习············································································································································ 74
下一步的工作··························································································································· 75
6．直列式传动系模拟和分析················································································ 76
6．1 定义和分析分离轴承的布置························································································· 78
6．1．1 输入数据················································································································· 78
6．1．2 详细操作················································································································· 78
6．1．2．1 定义分离轴承的安装 ······················································································ 78
6．1．2．2 对分离轴承布置进行分析·············································································· 79
复习············································································································································ 82
6．2 定义和分析 4 档动力流································································································· 82
6．2．1 输入数据················································································································· 82
6．2．2 详细操作················································································································· 82
6．2．2．1 定义 4 档转速的离合器连接··········································································· 83
6．2．2．2 定义 4 档动力流信息 ······················································································ 83
6．2．2．3 进行载荷谱计算······························································································ 83
复习············································································································································ 84
下一步的工作···························································································································