Autodesk.Inventor.Professional.11简体中文版安装说明
Inventor2011 软件教程
平台兼容性 导致数据丢失
数据重新建立 导致成本增高
试制
概念设计
工程设计
加工制造
10
与传统的物理样机相比，数字样机具有以下特点：
数字样机成本低，周期短，可重用性好。 便于产品的优化设计和改型设计。 快速、方便地完成工程分析与工艺规划等工作。 全面、准确地模拟产品在各种条件下的性能。 便于更好的查看和检验产品的结构。
1.2 inventor 软件特点 1.2.1 inventor 软件特点 ◆参数化三维特征造型，并融入变量化技术 ◆简捷独特的人机界面设计是该软件一大亮点 ◆非凡的大型装配处理功能，实现基于装配的关联设计，有效 的管理和使用数据流 ◆具有突破性的自适应技术，进一步完善参数化设计方案 ◆三维运算速度和显示着色功能取得突破，提供了简单的方式 却增强了零部件模型的材质、光照和颜色的真实感 ◆世界领先的dwg兼容性，方便导入和导出dwg数据，更大限 度利用原有设计数据 ◆完善的学习和参考资源可以多途径帮助设计人员提高设计能 力
24
主要功能简单示例
• • • • 零件建模 部件装配 工程图 表达视图
25
26
27
1.2.2 inventor 特性
★通过快速创建完整精确数字样机，验证设计的外型、结构、 功能以及工程数据，加速 概念设计到产品制造的过程 ★具有内嵌、易于实现的运动仿真和应力分析功能，利用这些 功能预测产品未来实际工作情况 ★与Autodesk数据管理软件的密切集成，有利于高效安全交流 设计数据，便于设计团队与制造团队协作
22
23
inventor 千斤顶
Autodesk Inventor 2011 功能模块
基本模块
草图 零件 部件 资源中心 设计加速器 结构生成器 表达视图 工程图 焊接 钣金 Inventor Studio
Autodesk Inventor Professional 2011培训
5.工具窗口：可对我们所画出的图行进行测量，还有对绘图界面进行设置等。
6.检验窗口：它同样可对零件进行测量计算，还有拔模、曲线、剖视等分析功能。
7.模型：对我们完成草图中的图形进行拉伸、旋转、放样及修改图形。
8.钣金：钣金设计提供优化设计。钣金具有一致的厚度。就制造目的而言，像折弯半径和 释压大小等细节通常在整个零件中都是相同的。在钣金零件中，可以为这些细节输入值， 在进行设计时软件会应用这些值。例如，创建凸缘时，不必手动添加折弯。
基本实例
• 一、根据以上的介绍，我们可以在一下实 例中来体现出这些指令的运用。
例1 ：这是由直线、圆弧组成的图形。 看似简单，但在绘制中会出现 一些问题。如圆心点的位置这 是一个很大的计算量。在Inventor 中我们可通过约束工具栏里的 约束指令来实现，不需要计算。
草图
1 我们可以随意的绘制一个大概的草图，通 过ቤተ መጻሕፍቲ ባይዱ束工具栏里的指令可以得到一个准确的草 图。 步骤： 1、首先是要确定一个基准，一般我们选择 底平面。（图1）
2
2、根据所给出来的草图资料，左右两个圆 相等。在使它们之间的关系相切。（图2）
尺寸约束
3、运用标注约束可以把这简单的草图绘制出来，这 不仅节省了时间，而且很准确。（图3）
3
4、使用修改工具栏的修剪指令将其修剪，草图完成。 （图4）
4
三维模型
单击完成草图，使用拉伸命令10mm完成。
实例设备图
• 1、这次实例中我们会将整个流程梳理一片， 包括装配，工程图以及明细栏的介绍。 • 2、在装配图中我们会讲到位置约束的原理。 怎样将它固定。 • 3、工程图纸中简单介绍明细栏的编辑，自 定义明细栏及明细栏的修改。
1.草图：一个完整的草图是通过以下指令绘制出来的。
软件大全
Coretechnologie.3D.Evolution.v2004.190(基于3D演化引擎的无损3D数据转换工具)
FTI.Fastform.Advanced.v10.3 极为著名板金成型软件
AutoPOL7.0钣金展开专家
UGS.Tecnomatix.FactoryLink.v7.5 工业自动控制软件
EDS JACK v4.0专业的三维虚拟现实软件,多语言版,含简体中文
MechSoft.Mechanical.Design.Pack.For.UG.NX.2.0 1CD(机械设计模块,提供机构模块组件和最全的标准件库)
工业设计软件大全2007年11月10日 星期六 18:52工业设计软件大全
ANSYS.DESIGNSPACE.V11
FTI_FORMING_SUITE_V4.0.1
PTC.PRO.ENGINEER.WILDFIRE.v3.0.M050 中英文版
ESAComp_3.0复合材料设计分析软件
kmcad2006(开目CAD2006)
PTC.Expert.Moldbase.Extension.v5.0.M010 2CD 塑料模设计
PTC.Progressive.Die.Extension.v2.2冷冲模设计
PTC.Pro.ENGINEER.2001.Datecode2004090-NT2kXP
PTC Division.Product.view.v6.4.1.Datecode.2003010
Sigmetrix.CETOL.6.Sigma.v6.0.DateCode.2002470(ProE专用公差分析toolkit程序)
Autodesk Inventor 2011 Training
© 2009 Autodesk
装载零部件
装入零部件 控制零部件的可见性
改变零部件的视角和位置
© 2009 Autodesk
约束零部件
零件的自由度 剩余自由度与驱动约2009 Autodesk
编辑零部件
修改零部件 替换零部件
阵列与镜像零部件
干涉检查
© 2009 Autodesk
© 2009 Autodesk
打印 与 发布
常用于与没有安装Inventor的 客户、供应商、销售人员等共 享信息。
DWF 文件
© 2009 Autodesk
与其他 CAD 系统的数据交换
打开
保存副本
© 2009 Autodesk
Ch10 Inventor 2011 新功能
© 2009 Autodesk
草图特征
放置特征
定位特征
© 2009 Autodesk
草图特征
© 2009 Autodesk
放置特征
© 2009 Autodesk
定位特征
© 2009 Autodesk
零件造型举例 1
© 2009 Autodesk
零件造型举例 2
© 2009 Autodesk
Ch4 装配设计
© 2009 Autodesk
草图绘制
草图编辑
© 2009 Autodesk
草图创建 (草图约束)
几何约束
尺寸约束
© 2009 Autodesk
草图创建 (草图共享)
+
© 2009 Autodesk
草图创建 (练习)
© 2009 Autodesk
创建草图时应注意的问题
通常生成实体所用的草图应为闭合轮廓。 所绘制的草图应尽可能的简单，建议采用重复简单形状的 方式来创建比较复杂的模型。
AutodeskInventorProfessional初级培训课程描述.doc
Autodesk Inventor Professional 初级培训课程描述本课程可以使机械设计工程师初步掌握Autodesk 三维机械设计软件inventor 的使用,使用该产品进行设计，实现缩短设计周期、更快速地将高质量的产品投入市场的冃的。
还可 以充分利用设计数据，与延伸设计团队进行有效的协同作业。
培训时间：2天8小时/天课程目标学员通过培训后，可以初步掌握Inventor 三维设计软件，并能运用Inventor 进行机械设 计。
参加人员 基本要求掌握工程制图与机械设计基础知识会使丿 IJ Microsoft® Windows 操作系统 培训内容 一、熟悉 Autodesk Inventor1. 零件建模过程介绍2. 熟悉用八界面3. Autodesk Inventor 设计支持系统介绍 二、 创建草图1. 学习草图命令和环境，然后练习创建草图2. 学习如何约束草图以及应用、查看和删除约束3. 学习草图中的尺寸4. 编辑草图 三、 创建定位特征1. 定位特征介绍2. 创建工作平面3. 创建工作轴4. 创建工作点 四、 创建零件特征1. 创建拉仲和旋转特征2. 创建加强筋3. 创建放样、扫掠特征4. 分割特征 五、 创建部件模型1. 装入零部件2. 创建在位零部件3. 使用装配约朿约朿冬部件 六、 创建工程图技术工程师等 机械设计工程师,1.定义图纸、图框、标题栏2.修改视图、图纸和标题栏的设置3.创建投影视图、斜视图、剖视图、局部视图和打断视图4.用文字和尺寸注释工程图七、创建表达视图Autodesk Inventor 中级培训课程描述木课程可以使机械设计工程师全面掌握Autodesk三维机械设计软件——Inventor,使用该产品进行产品设计，可实现缩短设计周期、更快速地将高质量的产品投入市场的目的。
还可以充分利用设计数据，少延伸设计团队进行有效的协同作业。
培训时间：1天8小时/天课程目标学员通过培训后，可以全面掌握Inventor三维设计软件，并能运用Inventor完成机械设计任务，满足实际工作需要.参加人员机械设计工程师，技术工程师等基本要求掌握工程制图与机械设计基础知识掌握Inventor基本应用技巧会使用Microsoft® Windows操作系统培训内容一、参数的运用1.使用参数和等式表达零件特征，定义装配约束2.将模型中参数值与Microsoft Excel电了表格相关联二、衍丰零部件1.衍生零件的用途2.由零件创建衍生零件3.由部件创建衍生零件4.断开衍住零件与源零部件的链接5.更新衍生零件三、iPart、iAssemblv、iFeature 的仓ij1.创建iPart （零件系列化）2.创建iAssembly （不见系列化）3.创建iFeature四、iMatc的运用五、自适应零件1.学习自适应特征、零件和子部件2.将零件特征设为自适应3.使用参考草图创建自适应零件4.通过添加装配约束，修改部件和子部件屮的自适应零件的人小六、设计视图的创建七、资源中心库的使用与创建八、Inventor Studio（渲染）的运用Autodesk Inventor Professional 高级培训课程描述木课程主要内容针对Autodesk Inventor Professional的用户，包扌舌"设计加速器”"布线设计” “运动仿真” “管路设计”四个模块。
Autodesk Inventor 设计自动化指南说明书
AUTODESK INVENTOR Trial ProjectsDesign AutomationDesign a conveyor assemblyIn Inventor, click the ‘Projects’ icon in the ribbon. Navigate to where you saved the project files and select Assembly Convey-or DA.ipj . Then open Assembly Conveyor DA.iam .Access the ‘Design’ tab in the ribbon and click ‘Bolted Connec-tion’, located in the ‘Fasten’ panel.Select ‘Concentric’ from the drop-down for the ‘Placement’.Select the face shown for the ‘Start Plane’.2.4.1.3.Select a ‘Circular’ reference on the yellow bracket for the loca-tion.Choose the back face of the yellow bracket for the fastener ‘Termination’.Define the ‘Thread ‘using an ‘ANSI Metric M Profile’, and then set the ‘Diameter’ to 5mm.Select ‘Click to add a fastener’ in the dialog to select a‘Standard’ and ‘Category’.6.8.5. 7.Filter to ‘ANSI, Socket Head Bolts’, and select the ‘Forged Socket Head Cap Screw - Metric option’.Select ‘Click to add a fastener’ below the screw you just insert-ed, and then insert the ‘Plain Washer (Metric)’ component.Drag the arrow at the end of the fastener preview to define the correct length. Click ‘OK’ on the dialog to create the bolted connection.Click ‘OK’ again the accept the default ‘File Naming’ for the newsubassembly.10.12.9.11.Right-click on the new bolt subassembly and select ‘Copy’ from the marking menu.Right-click in empty space and select ‘Paste’ to insert another in-stance of the component. Note that it’s listed as a subassembly within the feature tree, and not as an original bolted connection.Selecting ‘Constraint’ from the marking menu, create a ‘Mate’ between the front face of the bracket and this face on the washer.Create another ‘Mate’ constrain between the centerline of thescrew and the centerline of the remaining hole.14.16.13.15.Right-click on the original bolt and select ‘Edit’ using ‘DesignAccelerator’.Click to add a fastener beneath the existing washer listing.Insert an instance of the ‘ASME B 18.21.2M’ lock washer to the stack, and then drag it in between the two existing components in the list.Click ‘OK’ to apply the change, and notice how the copiedsubassembly updates to reflect the change as well. 18.20.17.19.Activate the ‘Pattern’ command from the ‘Assemble’ tab in the ribbon. Select both of the bolt subassemblies for the compo-nents to pattern.From the rectangular pattern tab in the dialog, select an edge along the X axis to define the first pattern direction.Choose ‘Measure’ for the distance option, and then select the faces shown. Click ‘OK’ to apply the pattern.Access the ‘Design’ tab in the ribbon and click‘Bolted Connection’ again.22.24.21.23.Define the ‘Placement’ as ‘By hole’.Select the front face of the blue bracket for the ‘Start Plane’,and then click on one of the holes at the bottom of the bracketfor the location.Select the face on the opposite side of the mount for the ‘Termination’ definition.Select ‘Click to add a fastener’ in the dialog.26.28.25.27.Filter to ‘ANSI, Socket Head Bolts’, and select the‘Forged Socket Head Cap Screw - Metric’ option again.Click to add a fastener below the screw, inserting a ‘Plain Washer (metric)’.Add a third fastener to the list, choosing the ‘ASME B18.21.2M’ lock washer, and then drag it in between the screw and plain washer in the list.Select ‘Click to add a fastener’ below the ‘Selected Hole’ listing,and then choose the ‘Hex Nut Metric’ component within the‘ANSI, Nuts’ category.30.32.29.31.Adjust the cap screw length to 30mm.Check ‘Follow pattern’ in the dialog.Click ‘OK’ twice to place an instance at each hole in the pattern, and to accept the default ‘File Naming’. Save your progress to continue.Continue using ‘Design Automation’ to create a shaft connect-ing the motor and the drive pully.34.36.33.35.Activate the ‘Shaft’ command, located in the ‘Power Transmission’ panel on the ‘Design’ tab.Click the eraser icon at the upper-right of the ‘Shaft Compo-nent Generator’ dialog to reset the calculation data, and then click ‘OK’.Zoom into the drive portion of the motor and select the inner cylindrical face for the first ‘Placement’ definition.Select the back face of the drive motor pully for the shaft’s‘Start plane’ definition.38.40.37.39.Select the outer face of the motor cover for the shaft’s orientation definition.If required, use the flip direction button to ensure the shaft is oriented correctly.Double-click an arrow glyph for the first shaft section to enter a specific value of 8mm.Double-click the listing in the dialog to edit the section length.42.44.41.43.Enter a length of 30mm and click ‘OK’.Define the second edge of the shaft section as having‘No feature’.Double-click the next section in the list to edit it, setting a di-ameter of 10mm and a length of 23mm. Keep the default edge definitions as well.Change the section type for the third listing to ‘Cylinder’ andselect ‘Yes’ to confirm.46.48.45.47.Adjust the third section’s diameter, making it 12mm.Drag the arrow glyph to set the length of this section at 48mm.Define a ‘Chamfer’ for the second edge of the section, using the values shown.For the last shaft section, drag both the diameter and length to10mm.50.52.49.51.Define a ‘Chamfer’ for the second edge of the section, using a ‘Distance of 0.5mm’ and an ‘Angle of 45deg’.Access the section features drop-down for the third shaft sec-tion, and then select ‘Add Wrench’ to add some flat spots for the pully key onto.Define the feature at 26mm long and 11mm deep.Click ‘Add Wrench’ again to define a second feature with the same dimensions.54.56.53.55.Drag the blue arrow in the graphics area to rotate the second feature 90deg about the shaft. Click ‘OK’ twice to create the shaft and accept the default ‘File Naming’.Double-click on the shaft to view it clearly, and to confirm itwas created as intended. Save all of your files to finish. 58.57.Autodesk, Autodesk Inventor, and the Autodesk logo are registered trademarks or trademarks of Autodesk, Inc., and/or its subsidiaries and/or affiliates in the USA and/or other countries. All other brand names, product names, or trademarks belong to their respective holders. Autodesk reserves the right to alter product offerings and specifications at any time without notice, and is not responsible for typographical or graphical errors that may appear in this document.© 2017 Autodesk, Inc. All rights reserved.。
AutodeskInventor机械设计软件使用教程
AutodeskInventor机械设计软件使用教程Chapter 1: Introduction to Autodesk Inventor Mechanical Design Software (200 words)Autodesk Inventor is a powerful and widely-used software tool for mechanical design. Designed by Autodesk, this software provides engineers and designers with a comprehensive set of tools for creating, rendering, and simulating 3D models. With its intuitive interface and extensive features, Inventor is a popular choice for professionals in various industries, including manufacturing, automotive, and aerospace.In this tutorial, we will explore the key features and functionalities of Autodesk Inventor. This guide is designed for beginners and will provide step-by-step instructions on how to use the software effectively.Chapter 2: Getting Started with Autodesk Inventor (300 words)Before diving into the intricacies of Autodesk Inventor, it's important to familiarize yourself with the basic layout and tools. Upon launching the software, you will be greeted with an interface consisting of various panels, menus, and a workspace.This chapter will guide you through the process of creating a new project and setting up your workspace. You will also learn how to navigate the interface and customize the layout to suit your preferences. Additionally, you will be introduced to the different file types supported by Inventor and how to save your work.Chapter 3: Creating 3D Models (400 words)One of the core functionalities of Autodesk Inventor is the ability to create 3D models of mechanical components. In this chapter, we will delve into the different techniques and tools available for creating these models.You will learn how to sketch 2D profiles and use the extrude, revolve, and sweep commands to convert these profiles into 3D objects. We will also explore the wide range of construction tools, including fillets, chamfers, and patterns, that allow you to add intricate details to your models.Chapter 4: Assembly and Constraints (300 words)In a real-world mechanical design project, multiple components come together to form an assembly. Autodesk Inventor provides a robust set of tools for creating and managing these assemblies.This chapter will guide you through the assembly process, from inserting components to defining relationships between them using constraints. You will also learn how to manipulate assemblies, hide and show components, and create exploded views for documentation purposes.Chapter 5: Simulating and Analyzing Models (300 words)Autodesk Inventor offers powerful simulation and analysis tools that allow you to test the performance and behavior of your designs before manufacturing or production.In this chapter, you will learn how to apply loads, define material properties, and run simulation studies to determine factors such as stress, displacement, and interference. Additionally, you will explore the motion analysis tools available in Inventor, which enable you to simulate the movement of assembly components.Chapter 6: Documentation and Presentation (300 words)Effective communication of your design ideas is crucial in the engineering field. Autodesk Inventor provides a set of tools for creating technical drawings, dimensioning, and generating documentation.This chapter will cover the creation of 2D drawings, including the placement of views, adding dimensions and annotations, and creating a bill of materials. You will also learn how to render 3D models for realistic visualizations and create interactive presentations.Conclusion: Mastering Autodesk Inventor (200 words)In conclusion, Autodesk Inventor is a powerful software tool that is widely used in the mechanical design industry. With its comprehensive set of features, intuitive interface, and simulation capabilities, it provides engineers and designers with the tools they need to bring their concepts to life.In this tutorial, we have explored the key features of Autodesk Inventor, including creating 3D models, managing assemblies, simulating designs, and creating technical documentation. By following the step-by-step instructions provided, you will be well on your way to mastering this software and becoming proficient in mechanical design. Remember to practice regularly and experiment with different design scenarios to enhance your skills.。
Autodesk Inventor基础培训教程
实例：创建简单零件模型
01
02
03
04
创建基础特征
首先创建一个拉伸或旋转特征 作为零件的基础。
添加辅助特征
在基础特征上添加孔、倒角、 圆角等辅助特征。
进行布尔运算
使用并集、差集等布尔运算对 零件进行进一步的编辑和修改
。
完成模型创建
最后对模型进行检查和修改， 确保符合设计要求。
05
装配设计原理及实践指导
文本和符号添加
介绍如何添加文本注释、标题栏、明细表等文本 信息，并讲解如何插入标准件符号、自定义符号 等特殊符号。
实例：生成零件的工程图纸
零件模型导入
讲解如何将零件模型导入到工程图环境中，并介绍如何调整模型 的位置和方向。
视图创建与标注
根据零件模型的特点，创建相应的视图并添加必要的标注信息， 如尺寸标注、形位公差标注等。
图纸输出与打印
介绍如何将工程图纸输出为DWG或DXF格式的文件，并讲解如 何设置打印参数进行图纸打印。
07
渲染效果展示及输出设置
渲染效果预览和参数调整
预览渲染效果
在Autodesk Inventor中，可以通过预览功能查看模型的渲染效果 ，以便进行后续调整。
调整渲染参数
根据需要，可以调整渲染参数，如光源、材质、阴影等，以获得更 真实的渲染效果。
编辑草图对象及约束管理
选择和删除对象
介绍如何选择草图对象，并讲解如 何删除不需要的对象。
修改对象属性
详细讲解如何修改草图对象的属性 ，如颜色、线型、线宽等。
添加和编辑约束
介绍如何添加和编辑草图约束，包 括尺寸约束、几何约束等，以确保 草图的准确性和一致性。
解决约束冲突
- 1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
- 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
- 3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。
安装后，双击破解文件夹中的oddity.reg，导入注册表，将rack\Inventor 11\Bin\下的invadlm.dll拷贝覆盖安装目录下的同名文件。
3、用记事本，打开crack\FlexLM\下的autodeskBiblioteka dat，进行修改，修改后保存，如图：
4、在*:\Program Files\Autodesk Network License Manager文件下新建aip11.log文件，后运行lmtools.exe配置并运行此服务
实战AIP11与MDT2007中文版安装
AIP11中文版一共有5张CD，AIP11则只要前3张CD就好，如果你只安装MDT2007，则只要后２张CD就是，本人已经装好，以图解为主。
此主题相关图片如下：
1、用虚拟光驱载入CD1
安装后重起系统．
2、启动CD1的安装network license manager
5、运行AIP11，OK了
另外MDT2007的安装与上面的一样，如果你已做好了上一步，就更简单了，只需将破解文件替换原文件就OK，无需再配置lmtools.exe了。