MP06 for Siemens Solid Edge 2021

Solid Edge 是功能最全的混合 2D/3D CAD 系统，它使用同步技术来加速设计和编辑过程，并增强了对重用导入几何的支持。Solid Edge 是 Velocity 系列解决方案组合的关键组件，具有用于建模零件和装配体、绘图设计、透明数据管理和集成有限元分析模块的出色工具，可让您成功应对设计产品日益复杂的问题。新版 Solid Edge 提供基于同步技术的增强功能，可显着加快产品设计过程，简化在各种 CAD 系统中创建的数据的修改、导入和应用。最新版本包括有限元分析、设计数据管理、

通过实施同步技术的概念，Siemens PLM Software 扩展了在整个系统中使用同步技术的可能性。除了支持在早期版本中实现的零件和板体建模之外，同步模型还可以直接用于装配体 – 例如，在管道、桁架、电线和其他类型产品的设计中。首先引入同步零件之间的关联性，允许用户在装配设计过程之前、期间或结束时创建和编辑他的想法。

Solid Edge 提供了在单个集成设计环境中处理同步和传统（在构造树中排序）结构元素的能力。用户可以使用同步结构元素来加快设计过程和模型的灵活编辑，以及带有构造树的元素——用于设计铸件和通过机加工获得的零件。现有模型中带有构造树的元素可以有选择地转换为同步元素，这为设计人员提供了更大的灵活性和系统易用性。

随着从其他 3D 系统过渡到 Solid Edge 并利用同步技术优势的企业数量不断增加，将 2D 工程图与现有 3D 模型相结合的可能性已经出现——这是提高生产力的另一种方式。2D 工程图中的技术尺寸现在可以自动传输到适当的导入 3D 模型。生成的“生产”3D 尺寸可以立即编辑，导入的 3D 模型由于同步技术而同步变化。

Solid Edge 有一个用于有限元分析的应用程序，包括新型载荷 – 圆柱支撑中的扭矩和载荷、用户定义的约束，以及在装配体中连接零件的新方法，例如金属板的螺栓连接和肋连接部分。简化模型的工具可让您快速获得计算结果，以及改进的可视化工具 – 从内部查看模型。

可以使用同步技术或使用构造树来调整模型。Solid Edge 在设计的早期阶段提供对零件和装配体模型的控制，从而缩短产品上市时间和制造原型的成本。

在 Solid Edge 中，数以千计的客户定义改进进一步提高了产品设计过程各个阶段的回报。新功能出现在各种模块中，包括板体建模、管道和桁架结构、装配管理和绘图工具。钣金件设计环境的改进包括新型角闭合、蚀刻零件代号和其他几何形状的元素，以及钣金零件开发中的技术元素，例如运输耳。

Solid Edge 继续提高创建图纸领域的标准，您现在可以在其中传输所有技术尺寸和名称、装配中零件的名称，甚至可以在图纸中用不同颜色的线条表示零件，从3D 模型。

新的“国际”图纸允许您在一张图纸或一个标注中使用世界不同语言的不同字符集。简化的用户界面包括一个完全可定制的径向菜单，可减少鼠标移动的次数。用于管理结构元素和细节的透明对话框，以及用于缩小命令的对话框，提供了图形工作区的最大区域。

File Size: 435.6 MB

Solid Edge is the most full-featured hybrid 2D / 3D CAD system that uses synchronous technology to accelerate design and editing process, as well as enhanced support for reusing imported geometry. Solid Edge is a key component of the Velocity Series solution portfolio and features excellent tools for modeling parts and assemblies, drawing designs, transparent data management, and an integrated finite element analysis module that allows you to successfully cope with the increasing complexity of designed products. The new version of Solid Edge offers enhanced functionality based on synchronous technology, which significantly speeds up the product design process, simplifies the modification, import and application of data created in various CAD systems. The latest version includes improvements in finite element analysis, design data management, and over a thousand user-defined changes.

Implementing the concept of synchronous technology, Siemens PLM Software has expanded the possibilities of using synchronous technology in the entire system. In addition to support for modeling parts and sheet bodies implemented in previous versions, synchronous models can be used directly in assemblies — for example, in the design of pipelines, trusses, electrical wiring, and other types of products. First introduced associativity between synchronous parts, which allows the user to create and edit his idea before, during or at the end of the assembly design process.

Solid Edge provides the ability to work with both synchronous and conventional (ordered in the construction tree) structural elements in a single integrated design environment. Users can use synchronous structural elements to speed up the design process and flexible editing of models, and elements with a construction tree – for designing cast parts and parts obtained by machining. Elements with a construction tree in existing models can be selectively converted to synchronous, which gives the designer more flexibility and ease of use of the system.

As the number of enterprises making the transition from other 3D systems to Solid Edge and using the advantages of synchronous technology is growing, the possibility of combining 2D drawings with existing 3D models has emerged – another way to increase productivity. Technological dimensions in 2D drawings can now be automatically transferred to the appropriate imported 3D model. The resulting “production” 3D dimensions can be edited immediately, and the imported 3D model changes simultaneously due to synchronous technology.

Solid Edge has an application for finite element analysis, including new types of loads – torque and load in a cylindrical support, user-defined constraints, as well as new ways of connecting parts in assemblies, such as bolted connections and rib connections for sheet metal parts. The tools to simplify models allow you to quickly get the results of calculations, and improved visualization tools – to see the model from the inside.

The model can be adjusted using either synchronous technology or using a construction tree. Solid Edge provides control of models of parts and assemblies in the early stages of design, which reduces the time to market products and the cost of manufacturing prototypes.

In Solid Edge, thousands of customer-defined improvements that further increase the return on this product at all stages of the product design process. New functionality has appeared in various modules, including modeling of sheet bodies, pipelines and truss structures, assembly management and drawing tools. Improvements in the design environment of sheet bodies include new types of corner closures, an element for etching part designators and other geometry, as well as technological elements in the development of sheet metal parts, for example, shipping ears.

Solid Edge continues to raise the bar in the field of creating drawings, in which you can now transfer all technological dimensions and designations, designations of parts in the assembly, and even represent parts with different colors of lines in the drawing, borrowing them from the 3D model.

New “international” drawings allow you to use different sets of characters in different languages ​​of the world in one drawing or in one callout. The simplified user interface includes a fully customizable radial menu, which reduces the number of mouse movements. Transparent dialogues for managing structural elements and details, as well as dialogs for reduced-sized commands, provide the largest area of ​​the graphic workspace.